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CCNA 200-301 Zero-to-Hero !
Published 3/2023
Created by Arash Deljoo
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 96 Lectures ( 130h 38m ) | Size: 51.8 GB

Concepts and Configuration

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What you'll learn
Network Fundamentals
Network Access
IP Connectivity
IP Services
Security Fundamentals
Automation and Programmability

Requirements
This course doesn't have formal prerequisites .

Description
CCNA certification proves you have what it takes to navigate the ever-changing landscape of IT. CCNA exam covers networking fundamentals, IP services, security fundamentals, automation and programmability. Designed for agility and versatility, CCNA validates that you have the skills required to manage and optimize today's most advanced networks.The CCNA training course and exam give you the foundation to take your career in any direction. When you certify with Cisco, you are living proof of the standard and rigor that businesses recognize and trust to meet and exceed market demands.The Cisco certification program was drastically changed on Feb. 24, 2020. There are no longer multiple different CCNA exams and certifications only a single, comprehensive exam is available. The new exam s code is 200-301 CCNA and its full name is Implementing and Administering Cisco Networking Technologies. According to Cisco, the new exam covers a broad range of fundamentals based on the latest technologies, software development skills, and job roles .Cisco Certified Network Associate CCNA (200-301) exam tests a candidate s knowledge and skills associated with network fundamentals, IP connectivity, network access, IP services, security fundamentals, and automation and programmability. The exam also provides foundational knowledge for all support technicians involved in the basic installation, operation, and verification of Cisco networks.The exam will help you get the role of:Entry-level network engineerNetwork administratorNetwork support technicianHelp desk technician

Who this course is for
Entry level network engineer , Help desk technician , Network administrator , Network support technician

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Data Structures & Algorithms Blueprint - Part 1 (Of 2)
Published 2/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 57.16 GB | Duration: 45h 39m

Master Data Structures Algorithm from scratch as it Data Structures Algorithm is the most subject of computer science



What you'll learn
All the concepts you need to understand to master DSA so that you no longer need to scratch your head (the best part is you don't need any prerequisite)
Every model of problems you can expect in an interview or college exam or gate exam
Hundreds of problems has been discussed because of which you willnot only learn theoretical concepts but also the practical stuffs
This course also focussed on lot of interview questions which are asked in coding interviews

Requirements
Have a PC with internet connection
Even ZERO knowledge in Computer Science is fine - You will understand every single concept without any difficulty - there is no scratching of head !!!

Description
Do you want to get a job in a product-based company?Data Structures and Algorithms is one subject that can literally change your life as it has the true potential to fetch you a job in a dream product-based company. But when you start to prepare for it, you have nobody to explain everything from scratch. Books are very complex to understand. Videos on the internet are incomplete. Videos in youtube offer cheap quality content which are very hard to understand. Introducing Data Structures and Algorithms Blueprint, the only course you would want to learn every single concept of Data Structures and Algorithms to crack your interviews, and college exams.This Course currently has 46+ hours of video content. And part 2 of this course covering all the remaining concepts will be released very shortly so you will have a complete resource using which you can prepare every single concept you need to crack your dream "IT JOB"Excited to start your life-changing journey? Click the ENROL NOW button and I will see you inside this amazing course which can give you FAST results with no overwhelm. And the best part is, This Course comes with a 30-day refund policy and if you are not happy with the course, then we dont deserve your money and you will get a full refund.

Overview
Section 1: WEEK 0 : Introduction to Data Structures and Algorithms

Lecture 1 Problem, Program and Algorithm Explained

Lecture 2 Data Structures - Explained From Scratch

Lecture 3 Functions Explained From Scratch

Lecture 4 Real world Examples

Section 2: WEEK 1 : Asymptotic Notations : Everything you need to know

Lecture 5 Basic Idea of Asymptotic Notations

Lecture 6 Types of Asymptotic Notations

Lecture 7 How we use Asymptotic Notations

Lecture 8 How we use Asymptotic Notations Continued

Lecture 9 Big Oh Notation Explained

Lecture 10 Why Big Oh Notation is more important

Lecture 11 Example 1

Lecture 12 Example 2

Lecture 13 Example 3

Lecture 14 Big Omega Notation Explained

Lecture 15 Example

Lecture 16 Theta Notation Explained

Lecture 17 Small Oh notation : Basic Idea

Lecture 18 Small Oh Notation Coninued

Lecture 19 Formal Definition Explained

Lecture 20 Small Omega Notation Explained

Section 3: WEEK 2 - Types of Variables

Lecture 21 Local Variables Explained

Lecture 22 Global Variables Explained

Lecture 23 Static Variables Explained

Lecture 24 Difference between Scope and Lifetime of a Variable

Section 4: WEEK 2 - Time Complexity From Scratch

Lecture 25 Example Model 1

Lecture 26 Example Model 2

Lecture 27 Example Model 3

Lecture 28 Example Model 4

Lecture 29 Example Model 5

Lecture 30 Example Model 6

Lecture 31 Example Model 7

Lecture 32 Example Model 8

Lecture 33 Example Model 9

Lecture 34 Example Model 10

Lecture 35 Example Model 11

Lecture 36 Important Results

Lecture 37 Comparing Functions 1

Lecture 38 Comparing Functions 3

Lecture 39 Comparing Functions 4

Lecture 40 Comparing Functions 2

Lecture 41 Comparing Functions 5

Lecture 42 Comparing Functions 6

Lecture 43 Comparing Functions 7

Lecture 44 Comparing Functions 8

Lecture 45 Comparing Functions 9

Lecture 46 Comparing Functions 10

Section 5: WEEK 3 - Recursion : One of the Most Important Topics

Lecture 47 Iterative vs Recursive Solution

Lecture 48 Tracking Recursion using Stack

Lecture 49 Tracking Recursion using Stack 2

Lecture 50 Tracking Recursion using Stack 3

Lecture 51 Tracking Recursion using Tree

Lecture 52 Tracking Recursion using Stack 4

Lecture 53 Tracking Recursion using Tree 2

Lecture 54 Important Points to Note

Lecture 55 Converting Recursive Program to Recursive Equation

Lecture 56 Using Recursive Equation to Find Time Complexity of Recursive Functions

Lecture 57 Time Complexity of Recursive Functions - Example 2

Lecture 58 Time Complexity of Recursive Functions - Example 2 Continued

Lecture 59 Time Complexity of Recursive Functions - Example 3

Lecture 60 Time Complexity of Recursive Functions - Example 4

Lecture 61 Important Point to Note

Lecture 62 Another Important Point to Note

Lecture 63 Time Complexity of Recursive Functions - Example 4

Lecture 64 Time Complexity of Recursive Functions - Example 5

Lecture 65 Master's Theorem Explained

Lecture 66 More Examples on Master's Theorem 1

Lecture 67 More Examples on Master's Theorem 2

Lecture 68 More Examples on Master's Theorem 3

Lecture 69 More Examples on Master's Theorem 4

Section 6: WEEK 3 - Space Complexity From Scratch

Lecture 70 Space Complexity of Iterative Functions

Lecture 71 Space Complexity of Recursive Functions

Lecture 72 Summary of Space Complexity

Lecture 73 Space Complexity Example

Section 7: WEEK 4 - Arrays : The Most Basic & Important Data Structure From Scratch

Lecture 74 Array Data Structure Explained from Scratch

Lecture 75 Arrays Starting with Index 0 vs Index 1

Lecture 76 RMO Representation of a 2D Array

Lecture 77 CMO Representation of a 2D Array

Lecture 78 Problem on Row Major Order Representation of an Array

Section 8: WEEK 4 - Operators : Simple Topic But Comes Very Handy When Solving Output Quest

Lecture 79 Precedence of Operators

Lecture 80 Associativity of Operators

Section 9: WEEK 5 - Everything You Need To Know About Pointers : The Most Favourite Topic F

Lecture 81 Pointers, Address of Operator and Dereference Operator

Lecture 82 Difference between Call By Value and Call By Reference

Lecture 83 Pointers and Arrays Explained

Lecture 84 Pointers and Arrays Continued

Lecture 85 Valid Pointer Operations

Lecture 86 Character Arrays Explained

Lecture 87 Character Pointers Explained

Lecture 88 Character Strings Explained

Lecture 89 Array of Pointers Explained with Example

Lecture 90 Array of Pointers Continued

Lecture 91 Difference between Array of Pointers and 2-Dimensional Arrays

Lecture 92 Pointer Arithmatic Explained

Lecture 93 Difference between Array of Pointers and Pointer to an Array

Lecture 94 How Pointers can be used with 2-D Arrays

Lecture 95 One More Example to explain Pointers and 2-D Arrays

Lecture 96 Problem 1

Lecture 97 Problem 2

Lecture 98 Passing 1D Arrays and 2D arrays to a function

Lecture 99 Using Pre and Post Inc/Dec Operators with Pointers

Lecture 100 Find the Output for this Program

Lecture 101 Dereference Multiple Pointers

Lecture 102 Problem on Pointer to Pointer, Post vs Pre Increment/Decrement

Section 10: WEEK 6 - Everything You Need To Know About Structures : The Base Behind Many Upc

Lecture 103 Structure Explained from Scratch

Lecture 104 Difference between Local and Global Structures

Lecture 105 Another Way of Creating Structure Variables

Lecture 106 Summary of Structure Concepts

Lecture 107 Problem

Lecture 108 Another Point to Note

Lecture 109 Nested Structures Explained

Lecture 110 Pointer to Structure explained

Lecture 111 How to Pass a Structure to another Function using Call by Reference

Lecture 112 Problem on Structures

Lecture 113 Problem on Structures Continued

Lecture 114 Self Referential Structures Explained

Section 11: WEEK 6 - Dynamic Memory Allocation From Scratch

Lecture 115 Void Pointers Explained

Lecture 116 Void Pointers Continued

Lecture 117 Malloc Explained

Lecture 118 Malloc Continued

Lecture 119 Dynamic Memory Allocation Explained

Lecture 120 Difference between the terms "Static" & "Dynamic"

Lecture 121 Creating a Node in Heap Memory

Section 12: WEEK 7 - Everything You Need To Know About Linked List

Lecture 122 Append Operation

Lecture 123 Let's Write Code : Append Operation Continued

Lecture 124 Let's Write Code : How Append Function Works

Lecture 125 Time Complexity of Append Function

Lecture 126 Space Complexity of Append Function

Lecture 127 Let's Write Code : Insert at the Beginning

Lecture 128 Time & Space Complexity : Insert at the Beginning

Lecture 129 Let's Write Code : Finding Length of Linked List

Lecture 130 Time & Space Complexity : Finding Length of Linked List

Lecture 131 Let's Write Code : Printing the Elements of a Linked List

Lecture 132 Time & Space Complexity : Printing the elements of a Linked List

Lecture 133 Let's Write Code : Adding a New Node after a Position in a Linked List

Lecture 134 Time & Space Complexity : Adding a New Node after a Position

Lecture 135 Let's Write Code : Deleting a Node at a Position in a Linked List

Lecture 136 Let's Write Code : Deleting a Node at a Position Continued

Lecture 137 Time & Space Complexity : Deleting a Node at a Position

Lecture 138 Let's Write Code : Reversing a Linked List : Iterative Approach

Lecture 139 Time & Space Complexity : Reversing a Linked List - Iterative Approach

Lecture 140 Let's Write Code : Reversing a Linked List - Recursive Approach

Lecture 141 Let's Write Code : Reversing a Linked List - Recursive Approach Continued

Lecture 142 Time Complexity of Recursive Reversal

Lecture 143 Time Complexity of Recursive Reversal Continued

Lecture 144 Space Complexity of Recursive Reversal

Lecture 145 Let's Write Code : Printing all the Elements of Linked List and its Reverse

Lecture 146 Time Complexity : Printing all the Elements of a Linked List and its Reverse

Lecture 147 Tracking Recursion of Printandreverse using Stack

Lecture 148 Tracking Recursion of Printandreverse using Tree

Lecture 149 Let's Write Code : Deleting a Node with a Particular Value

Lecture 150 Problem 1

Lecture 151 Concept of Short Circuiting

Lecture 152 Problem 2

Lecture 153 Problem 2 Continued

Lecture 154 Random Access

Lecture 155 Inserting to a Collection of Elements

Lecture 156 More on Arrays vs Linked List

Lecture 157 More on Arrays vs Linked List

Lecture 158 Difference between Circular and Normal linked list

Lecture 159 Let's Write Code : Finding Length of a Circular Linked List

Lecture 160 Let's Write Code : Printing all the Elements of a Circular Linked List

Lecture 161 Let's Write Code : Insert at the End of a Circular Linked List

Lecture 162 Let's Write Code : Insert at the Front of a Circular Linked List

Lecture 163 Let's Write Code : Delete at the Front of a Circular Linked List

Lecture 164 Let's Write Code : Insert at the End of a Circular Linked List

Lecture 165 Doubly Linked List Explained

Lecture 166 Let's Write Code : Insert at the Front of a Doubly Linked List

Lecture 167 Let's Write Code : Insert at the End of a Doubly Linked List

Lecture 168 Let's Write Code : Insert at a Position of a Doubly Linked List

Lecture 169 Let's Write Code : Insert at a Position of a Doubly Linked List Continued

Lecture 170 Let's Write Code : Time Complexity : Insert at a Position of a Doubly Linked Lis

Lecture 171 Let's Write Code : Deletion at the Front of the Doubly Linked List

Lecture 172 Let's Write Code : Deletion at the End of the Doubly Linked List

Lecture 173 Let's Write Code : Deletion of a Node at a Position

Lecture 174 Time & Space Complexity : Deletion of a Node at a Position

Section 13: WEEK 8 - Everything You Need To Know About Stack Data Structure

Lecture 175 Stack Data Structure Explained

Lecture 176 Let's Write Code : Implementing Stack using Array : Push

Lecture 177 Let's Write Code : Implementing Stack using Array : Pop, Peak, Display

Lecture 178 Drawbacks of Array Implementation of Stack

Lecture 179 Let's Write Code : Implementing Stack using Linked List

Lecture 180 Algorithm to Check for Balanced Paranthesis

Lecture 181 Time & Space Complexity of Algorithm Which Checks Balanced Paranthesis

Lecture 182 Why this problem is Important ?

Lecture 183 Infix Expression

Lecture 184 Infix Expression to Postfix/Prefix Expression Conversion

Lecture 185 Infix to Postfix Conversion and Evaluation

Lecture 186 Evaluating Postfix Expression using Stack

Lecture 187 Evaluating Prefix Expression using Stack

Lecture 188 Infix to Postfix Conversion using Stack

Lecture 189 Infix to Postfix Conversion using Stack Continued

Lecture 190 Dealing with Brackets in Infix Expression during Conversion

Section 14: WEEK 9 - Everything You Need To Know About Queue Data Structure

Lecture 191 Queue Data Structure Explained

Lecture 192 Implement Queue using Front and Rear Variables

Lecture 193 Let's Write Code : How Enqueue is performed using Rear Variable

Lecture 194 Let's Write Code : How Dequeue is performed using Front Variable

Lecture 195 Drawbacks of Implementing a Queue using Normal Array

Lecture 196 Let's Write Code : Queue using Circular Array instead of Normal Array

Lecture 197 Time & Space Complexity : Array Implementation of Queue

Lecture 198 Let's Write Code : Printing all the Elements of a Queue

Lecture 199 Problem 1

Lecture 200 Problem 2

Lecture 201 Problem 2 Continued

Lecture 202 How Queue is Implemented using Linked List

Lecture 203 Let's Write Code : Enqueue in Linked List Implementation

Lecture 204 Let's Write Code : Dequeue in Linked List Implementation

Lecture 205 Concept of Imitating a Queue using 2 Stacks

Lecture 206 Enqueue and Dequeue using Push1, Pop1, Push2 and Pop2

Lecture 207 Let's Write Code : Queue using 2 Stacks

Lecture 208 Problem 3

Lecture 209 Problem 4

Lecture 210 Problem 5

Section 15: WEEK 10 & 11 - My Favourite Data Structure From Scratch : Binary Trees

Lecture 211 Important Terminologies

Lecture 212 Important Terminologies Continued

Lecture 213 What are Binary Trees

Lecture 214 Binary Tree Representation

Lecture 215 Let's Write Code : Creating Binary Trees in the Heap Memory

Lecture 216 Array Representation of Binary Trees

Lecture 217 Depth of a node, Height of Node and Height of a Tree

Lecture 218 Minimum number of Nodes Possible in a Binary Tree of Height "h"

Lecture 219 Complete vs Full vs Perfect Binary Tree

Lecture 220 Maximum number of Nodes Possible in a Binary Tree of Height "h"

Lecture 221 Maximum Height for a Binary Tree with "n" Nodes

Lecture 222 Minimum Height for a Binary Tree with "n" Nodes

Lecture 223 Tree Traversal and its Types

Lecture 224 Our Assumption

Lecture 225 Preorder Traversal with Code

Lecture 226 Inorder Traversal with Code

Lecture 227 Postorder Traversal with Code

Lecture 228 Preorder Traversal Continued

Lecture 229 Inorder Traversal Continued

Lecture 230 Postorder Traversal Continued

Lecture 231 Space Complexity : All 3 Traversals

Lecture 232 Time Complexity : All 3 Traversals

Lecture 233 Level Order Traversal Explained

Lecture 234 Let's Write Code : Level Order Traversal

Lecture 235 Level Order Traversal : Another Popular Way of Coding

Lecture 236 More Insights to the Previous Video

Lecture 237 Let's Write Code : How Enqueue Function Works during Level Order Traversal

Lecture 238 Let's Write Code : How Dequeue Function Works during Level Order Traversal

Lecture 239 Time & Space Complexity : Level Order Traversal

Lecture 240 Relationship between Number of Leaf Nodes and Number of Internal Nodes

Lecture 241 Preorder Traversal without using Recursion

Lecture 242 Let's Write Code : Preorder Traversal without using Recursion

Lecture 243 Let's Write Code : Iterative Preorder - Alternate Approaches

Lecture 244 Let's Write Code : Using Global Structure for Stack instead of Global Variable

Lecture 245 Let's Write Code : Push() and Pop() during Iterative Preorder Traversal

Lecture 246 Time & Space Complexity : Iterative Preorder Traversal

Lecture 247 Let's Write Code : Iterative Inorder Traversal

Lecture 248 Iterative Postorder Traversal Explained

Lecture 249 Example to understand how Iterative Postorder Traversal Algorithm Works

Lecture 250 Let's Write Code : Iterative Postorder Traversal

Lecture 251 Time & Space Complexity : Iterative Postorder Traversal

Lecture 252 Number of Binary Trees possible with n Nodes

Lecture 253 Constructing Binary Trees from Traversals

Lecture 254 Constructing Binary Trees from Inorder & Preorder Traversal

Lecture 255 Constructing Binary Trees from Inorder & Postorder Traversal

Lecture 256 Let's Write Code : Construct Binary Tree From Inorder & Preorder Traversal

Lecture 257 Let's Write Code : Construct Binary Tree From Inorder & Preorder Traversal Conti

Lecture 258 Let's Write Code : Construct Binary Tree From Inorder & Preorder Traversal Conti

Lecture 259 Time & Space Complexity : Constructing Binary Tree From Inorder & Preorder Trave

Lecture 260 Assignment : Constructing Binary Tree from Inorder & Postorder Traversal

Lecture 261 Let's Write Code : Finding Number of Nodes in a Binary Tree

Lecture 262 Time & Space Complexity : Finding Number of Nodes in a Binary Tree

Lecture 263 Let's Write Code : Finding the Height of a Binary Tree

Lecture 264 Time & Space Complexity : Finding the Height of a Binary Tree

Lecture 265 Let's Write Code : Finding the Number of Leaf Nodes in a Binary Tree

Lecture 266 Let's Write Code : Finding the Number of Internal Nodes in a Binary Tree

computer science students as this is the #1 subject in computer science which has the true potential to change your life,Software engineers who are really frustrated with your salary in service based company - you have to switch to a product based company as early as possible and the only way to do that is to master this one subject,If you want to crack coding interviews of Top Product Based Companies and don't currently have the prerequisite knowledge - This is the perfect course for you !!!,if you are preparing for GATE - as this is the subject which has the maximum weightage and understanding it in depth is going to give you a massive advantage over your competition

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CompTIA Security+ (SY0-601) by Stone River eLearning, ITPROTV
Published 5/2023
Created by Stone River eLearning, ITPROTV
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 92 Lectures ( 28h 26m ) | Size: 26.2 GB

Certificate Exam Preparatory Course



What you'll learn
Threats, Attacks, and Vulnerabilities: Identify and analyze potential security risks, understand various types of attacks, and know how to mitigate and respo
Technologies and Tools: Understand the different security technologies and tools used in securing network devices, data, and communication channels.
Architecture and Design: Implement secure network architectures and designs, secure systems and applications, and know the different security models.
Identity and Access Management: Implement identity and access management, such as authentication and authorization, for users, devices, and applications.
Risk Management: Identify, assess, and respond to security risks using risk management frameworks, policies, and procedures.
Cryptography and PKI: Understand and apply cryptography and public key infrastructure (PKI) in securing data and communication channels.
Cloud and Virtualization: Implement security in cloud and virtualized environments, understand the different cloud models and know how to secure them.
Resilience and Incident Response: Implement incident response and recovery procedures, and understand the importance of business continuity and disaster reco
Governance, Risk, and Compliance: Understand the legal and regulatory requirements and standards for security, such as GDPR and HIPAA, and know how to comply


Requirements
The CompTIA Security+ certification does not have any formal prerequisites. However, CompTIA recommends that candidates have at least two years of experience in IT administration with a focus on security. This experience should include configuring, installing, and troubleshooting network security devices, such as firewalls, routers, and switches.


Description
The CompTIA Security+ certification is a vendor-neutral cybersecurity certification that validates the knowledge and skills of IT professionals in the area of network security, compliance, and operational security. The certification is designed to test the essential security knowledge and skills required to perform core security functions and pursue an IT security career.The CompTIA Security+ certification is designed for IT professionals who want to specialize in network security, cybersecurity, and IT risk management. The certification validates their knowledge and skills in these areas and demonstrates their ability to secure network infrastructure, identify and mitigate risks, and respond to security incidents.CompTIA also recommends that candidates have a basic understanding of the following topics:Network protocols and architectureNetwork hardware and operating systemsGeneral security concepts, such as authentication and authorizationBasic cryptography concepts, such as symmetric and asymmetric encryptionCommon security threats and vulnerabilitiesWhile these topics are not required to take the Security+ exam, having a basic understanding of them can help candidates prepare for the certification exam and increase their chances of success.Overall, the CompTIA Security+ certification is suitable for anyone who wants to gain a foundational understanding of cybersecurity concepts and best practices and advance their career in the IT security field.

Who this course is for
Security Professionals
Network Administrators
Systems Administrators
IT Managers
Security Analysts
Compliance Officers
Entry-Level IT Professionals


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Moodle 4.1 para administradores
Last updated 3/2023
Created by Francisco Javier Arce Anguiano
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: Spanish + srt | Duration: 350 Lectures ( 42h 9m ) | Size: 20.5 GB

Moodle es la plataforma gratuita m s utilizada en el mundo

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What you'll learn
El alumno aprender a cambiar el idioma de la plataforma, de su perfil y del curso
El alumno manejar , instalar y modificar los temas en Moodle
El alumno aprender a inscribir a los alumnos y a los profesores en un curso
El alumno revisar la configuraci n de seguridad del sitio: Proteger nombres_de_usuarios, Forzar a que los usuarios ingresen, Forzar a los usuarios a ingresar
El alumno aprender a crear y quitar administradores y m nagers, as como la revisi n de las pol ticas de privacidades.
El alumno comprender el manejo de los roles y permisos en Moodle
El alumno aprender a manejar los bloques: Introducci n a los Bloques, Bloque de actividades, Bloques de bloques y marcas de bloques ,Bloque de calendario
El alumno aprender a a adir, configurar y eliminar filtros
El alumno aprender a activar y configurar las caracter sticas avanzadas en Moodle
El alumno aprender a configurar y manejar la instalaci n de los mensajes y notificaciones en Moodle
El alumno aprender a configurar y manejar los par metros de las calificaciones en Moodle: Ajustes generales de calificaciones, Mostrar fecha de env o
El alumno aprender a respaldar los cursos de la plataforma y crear plantillas para los cursos.
El alumno aprender a instalar y a desinstalar plugins o complementos en Moodle
El alumno aprender los reportes del administrador
El alumno aprender a modificar los par metros del servidor y de los trabajos agendados
El alumno crear y modificar las categor as y cursos, as como las plantillas de Moodle: Crear categor as, Tipos de cursos, Campos personalizados para cursos
El alumno aprender a inscribir a los alumnos y a los profesores en un curso: Crear usuarios manualmente, Crear campos personalizados para los usuarios
El alumno aprender a configurar las siguientes agregaciones: Estrategia de agregaci n, Ajustes de categor a de calificaci n, El proceso del c lculo de la calif
El usuario aprender a crear, usar y modificar los resultados u "outcomes" en los cursos en Moodle
El alumno aprender a crear y manejar las competencias, crear planes de trabajo, asignarlas al curso y actividades
El alumno aprender a crear, configurar y asignar insignias a los usuarios
El alumno aprender a manejar los reportes anal ticos, los repositorios, crear un repositorio externo, un repositorio de tipo file system, crear una cuenta OAut

Requirements
Conocimiento en la creaci n de cursos y actividades en Moodle

Description
Moodle (actualizado a la versi n 4.1 es la plataforma gratuitapara educaci n a distancia o eLearning m s utilizada en el mundo. Usted podr construir cursos en l nea con o sin fines de lucro. En este curso aprender a instalar Moodle en una computadora personal con Windows. Crearemos desde un inicio los cursos en sus diferentes modalidades: curso social, de t picos, semanal o de una sola actividad. Asimismo, daremos de alta alumnos, tanto en forma manual como de un archivo, y los inscribiremos a los cursos. Agruparemos los cursos en categor as para una mejor gesti n de nuestra plataforma.(incluye el eBook del curso). Los objetivos del curso son:Conocer las diferentes formas de instalar MoodleAprender a cambiar el idioma de la plataform, de su perfil y del cursoManejar, instalar y modificar los temas en MoodleAprender a inscribir a los alumnos y a los profesores en un cursoRevisar la configuraci n de seguridad del sitioAprender a crear y quitar administradores y m nagers, as como la revisi n de las pol ticas de privacidades.Comprender el manejo de los roles y permisos en MoodleAprender a manejar los bloquesAprender a a adir, configurar y eliminar filtrosActivar y configurar las caracter sticas avanzadas en MoodleConfigurar y manejar la instalaci n de los mensajes y notificaciones en MoodleConfigurar y manejar los par metros de las calificaciones en MoodleRespladar los cursos de la plataforma y crear plantillas para el cursos.Instalar y a desintalar plugins en MoodleAprender los reportes del administradorModificar los par metros del servidor y de los trabajos agendadosEl alumno aprender algunas operaciones b sicas de la manipulaci n de la plataforma desde el servidorEste curso no es un curso sobredise o instruccional, ni abordamos los aspectos del profesor, como crear cursos y sus contenidos. Tampoco es un curso del lado de servidor, como instalaciones complejas, optimizaci n, actualizaci n o manejos de sistemas operativos o bases de datos. Est enfocado a administradores que deseen manejar la plataforma Moodle.Este curso est dirigido a cualquier personaque deseen crear cursos en l nea en la plataforma eLearningm s utilizada en el mundo: Moodle. Como bonus se ver n los plugins: H5P, HotPotatoes, level-up, Big Blue Button, Zoom, Jitsi, Questionnaire, Game, Custom reports, Custom certificate.

Who this course is for
Administradores de la plataforma Moodle

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Deep Learning Architectures
Published 2/2023
Created by Sayed Sekandar Sadat
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 65 Lectures ( 40h 29m ) | Size: 23.2 GB

Master AI and Deep Learning Concepts and Buid Your Career in the Field

​

What you'll learn
Neural Ordinary Differential Equations
Statistical Test for Detecting Adversarial Examples
Accelerating Deep Network Training by Reducing Internal Covariate Shift
Common Assumptions in the Unsupervised Learning of Disentangled Representations

Requirements
Basic Mathematics
Basic understanding of AI concepts

Description
Deep learning is part of a broader family of machine learning methods based on artificial neural networks with representation learning. Learning can be supervised, semi-supervised or unsupervisedIn this course you will learn:Neural Ordinary Differential EquationsWe introduce a new family of deep neural network models. Instead of specifying a discrete sequence of hidden layers, we parameterize the derivative of the hidden state using a neural network. The output of the network is computed using a black-box differential equation solver. These continuous-depth models have constant memory cost, adapt their evaluation strategy to each input, and can explicitly trade numerical precision for speed. We demonstrate these properties in continuous-depth residual networks and continuous-time latent variable models. We also construct continuous normalizing flows, a generative model that can train by maximum likelihood, without partitioning or ordering the data dimensions. For training, we show how to scalably backpropagate through any ODE solver, without access to its internal operations. This allows end-to-end training of ODEs within larger models. The Odds are Odd: A Statistical Test for Detecting Adversarial ExamplesWe investigate conditions under which test statistics exist that can reliably detect examples, which have been adversarially manipulated in a white-box attack. These statistics can be easily computed and calibrated by randomly corrupting inputs. They exploit certain anomalies that adversarial attacks introduce, in particular if they follow the paradigm of choosing perturbations optimally under p-norm constraints. Access to the log-odds is the only requirement to defend models. We justify our approach empirically, but also provide conditions under which detectability via the suggested test statistics is guaranteed to be effective. In our experiments, we show that it is even possible to correct test time predictions for adversarial attacks with high accuracy.Batch Normalization: Accelerating Deep Network Training by Reducing Internal Covariate ShiftTraining Deep Neural Networks is complicated by the fact that the distribution of each layer's inputs changes during training, as the parameters of the previous layers change. This slows down the training by requiring lower learning rates and careful parameter initialization, and makes it notoriously hard to train models with saturating nonlinearities. We refer to this phenomenon as internal covariate shift, and address the problem by normalizing layer inputs. Our method draws its strength from making normalization a part of the model architecture and performing the normalization for each training mini-batch. Batch Normalization allows us to use much higher learning rates and be less careful about initialization. It also acts as a regularizer, in some cases eliminating the need for Dropout. Applied to a state-of-the-art image classification model, Batch Normalization achieves the same accuracy with 14 times fewer training steps, and beats the original model by a significant margin. Using an ensemble of batch-normalized networks, we improve upon the best published result on ImageNet classification: reaching 4.9% top-5 validation error (and 4.8% test error), exceeding the accuracy of human raters.Challenging Common Assumptions in the Unsupervised Learning of Disentangled RepresentationsIn recent years, the interest in unsupervised learning of disentangled representations has significantly increased. The key assumption is that real-world data is generated by a few explanatory factors of variation and that these factors can be recovered by unsupervised learning algorithms. A large number of unsupervised learning approaches based on auto-encoding and quantitative evaluation metrics of disentanglement have been proposed; yet, the efficacy of the proposed approaches and utility of proposed notions of disentanglement has not been challenged in prior work. In this paper, we provide a sober look on recent progress in the field and challenge some common assumptions. We first theoretically show that the unsupervised learning of disentangled representations is fundamentally impossible without inductive biases on both the models and the data. Then, we train more than 12000 models covering the six most prominent methods, and evaluate them across six disentanglement metrics in a reproducible large-scale experimental study on seven different data sets. On the positive side, we observe that different methods successfully enforce properties "encouraged" by the corresponding losses. On the negative side, we observe in our study that well-disentangled models seemingly cannot be identified without access to ground-truth labels even if we are allowed to transfer hyperparameters across data sets. Furthermore, increased disentanglement does not seem to lead to a decreased sample complexity of learning for downstream tasks. These results suggest that future work on disentanglement learning should be explicit about the role of inductive biases and (implicit) supervision, investigate concrete benefits of enforcing disentanglement of the learned representations, and consider a reproducible experimental setup covering several data sets.

Who this course is for
Students
Those who want to develop their career in data science and AI

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Ccnp Route 300-101 Video Boot Camp With Chris Bryant
Last updated 10/2017
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 20.70 GB | Duration: 30h 12m

Pass The CCNP ROUTE 300-101 Exam With Chris Bryant -- AND Prepare For Real-World Networking Success!



What you'll learn

Requirements

Description
The CCNP ROUTE 300-101 exam is generally considered the toughest of the three exams you must pass in order to earn your CCNP. Get ready to pass it with a little help from Chris Bryant, CCIE #12933.You can watch the videos as often as you like until you pass the CCNP ROUTE exam! Your download ability and online access NEVER expire.Since 2005, I've prepared CCNP candidates for success on the difficult routing exam - currently called the CCNP ROUTE exam -- and now I'm going to do the same for you.No prepackaged slides here - you'll see lab after lab on REAL Cisco routers, all designed to teach you the finer points of advanced Cisco routing and prepare you for success in the exam room and real-world networking. From BGP to route redistribution, from multi-area OSPF to distribute-lists, it's all here - and there's a forum right here on this site where you can ask me questions. Your access to this online course is unlimited - you can watch the videos as often as you like and for as long as it takes for you to pass! Let's get started! Chris Bryant CCIE #12933 "The Computer Certification Bulldog"

Overview
Section 1: CCNP ROUTE 300-101: A Brief And Painless (Mostly) Review

Lecture 1 Watching Your Free CCNA Security 210-260 Course

Lecture 2 Review 1: The Case Of TCP v UDP, Part The First

Lecture 3 Review 2: The Case Of TCP v UDP, Part The Second

Lecture 4 Review 3: PPP -- Over Ethernet And Otherwise

Lecture 5 Review 4: Rip-Roarin' Routing Review (Really!)

Section 2: CCNP ROUTE 300-101: EIGRP Fundamentals

Lecture 6 EIGRP Fund 1: Adjacencies And Successors

Lecture 7 EIGRP 2: NBMA Network Lab

Lecture 8 EIGRP 3: Baby, Baby, Where Did Our Subnets Go?

Lecture 9 EIGRP 4: Successors and Feasible Successors

Lecture 10 EIGRP 5: Promoting A Feasible Successor

Lecture 11 EIGRP Fund 6: The Variance Command

Lecture 12 EIGRP Fund 7: DUAL, Passive, And Active Routes

Section 3: CCNP ROUTE 300-101: EIGRP Advanced Concepts

Lecture 13 Adv EIGRP 1: Packet Types And Timers

Lecture 14 Adv EIGRP 2: Hello Timers Lab

Lecture 15 Adv EIGRP 3: "show ip eigrp neighbor" And Some Distance

Lecture 16 Adv EIGRP 4: Feasible, Reported, And Advertised Distances

Lecture 17 Adv EIGRP 5: FD, AD, And Variance

Lecture 18 Adv EIGRP 6: Default And Non-Default Admin Distances

Lecture 19 Adv EIGRP 7: Autosummarization

Lecture 20 Adv EIGRP 8: Manual Route Summarization

Lecture 21 Adv EIGRP 9: The AD 5 and Stub Routing Theory

Lecture 22 Adv EIGRP 10: Passive Interfaces

Lecture 23 Adv EIGRP 11: The Metric Weights

Lecture 24 Adv EIGRP 12: Know Thy Interface Types

Lecture 25 Adv EIGRP 13: Propagating Static Default Routes

Lecture 26 Adv EIGRP 14: The IP Default-Network Command

Lecture 27 Adv EIGRP 15: Neighbor Authentication

Section 4: CCNP ROUTE 300-101: The Fundamentals Of OSPF Success

Lecture 28 OSPF Fund 1: Link State Protocol Operation

Lecture 29 OSPF Fund 2: The DR And BDR

Lecture 30 OSPF Fund 3: DR For Life -- Or IS It?

Lecture 31 OSPF Fund 4: The Buildout Begins! (Broadcast Segment)

Lecture 32 OSPF Fund 5: Building An NBMA Network

Lecture 33 OSPF Fund 6: Building A Point-To-Point Network

Lecture 34 OSPF Fund 7: The Missing Subnets and Virtual Links

Lecture 35 OSPF Fund 8: One Big Area Zero?

Lecture 36 OSPF Fund 9: Interface Cost And Reference Bandwidths

Lecture 37 OSPF Fund 10: The Bandwidth Command And Interface Cost

Lecture 38 OSPF Fund 11: Audible! Lab Confirm And Changing The RID

Lecture 39 OSPF Fund 12: Four Routers Walk Into A Broadcast Network..

Section 5: CCNP ROUTE 300-101: Advanced OSPF Skills

Lecture 40 OSPF Adv A1: Router And LSA Type Review

Lecture 41 OSPF Adv 1: Intro To Route Redistribution And Stub Areas

Lecture 42 OSPF Adv 2: Configuring Stub And Total Stub Areas

Lecture 43 OSPF Adv 3: Configuring NSSAs

Lecture 44 OSPF Adv 4: E1, E2, N1, And N2 Routes

Lecture 45 OSPF Adv 5: More Route Redistribution!

Lecture 46 OSPF Adv 6: Simple Authentication

Lecture 47 OSPF Adv 7: MD5 Authentication

Section 6: CCNP ROUTE 300-101: Route Redistribution

Lecture 48 RouteRedis 1: The Fundamentals Of Success

Lecture 49 RouteRedis 2: OSPF-To-RIP Redistribution

Lecture 50 RouteRedis 3: Ping Both Ways After Redistribution

Lecture 51 RouteRedis4: Beware The Routing Suboptimal

Lecture 52 RouteRedis 5: Changing The AD For An Entire Protocol

Lecture 53 RouteRedis 6: Changing The AD For Some Routes (Or One)

Lecture 54 RouteRedis 7: Changing The AD Based On OSPF Route Type

Lecture 55 Route Redis 8: Redistributing EIGRP (And Tweaking The AD)

Lecture 56 RouteRedis 9: Using Distribute Lists With OSPF

Lecture 57 RouteRedis 10: Distribute Lists And EIGRP Updates

Lecture 58 RouteRedis 11: Route Redistribution And Distribute Lists

Lecture 59 RouteRedis 12: Can Multiple Distribute Lists Co-Exist?

Lecture 60 RouteRedis 13: Writing And Verifying A Route Map

Lecture 61 RouteRedis 14: Applying Route Maps During Route Redistribution

Lecture 62 RouteRedis 15: Route Maps And 2-Way Route Redistribution

Lecture 63 RouteRedis 16: More Route Maps And 2-Way Redistribution!

Lecture 64 RouteRedis 17: Policy Routing Theory And Application

Lecture 65 RouteRedis 18: More Policy Routing Lab Work!

Lecture 66 RouteRedis 19: Local Policy Routing Theory And Application

Section 7: CCNP ROUTE 300-101: VPNs And IPSec

Lecture 67 VPN 1: The Dreaded But Necessary Theory

Lecture 68 VPN 2: IKE Phase 1 In Action

Lecture 69 VPN 3: IPSec SA Configuration

Lecture 70 VPN 4: Building, Verifying, And Debugging Your VPN Build!

Lecture 71 VPN 5: A Dash Of DMVPN, NHRP, And mGRE

Lecture 72 VPN 6: VRF Lab Part 1

Lecture 73 VRF 7: VRF Lab Part 2

Lecture 74 VRF 8: VRF Lab Part 3

Lecture 75 VRF 9: VRF Lab Part 4 -- Pinging!

Section 8: CCNP ROUTE 300-101: IP Version 6 Success

Lecture 76 IPv6 1: Fundamentals And Zero Compression Techniques

Lecture 77 IPv6 2: EUI And The Interface Identifiers

Lecture 78 IPv6 3: Stateless And Stateful Autoconfiguration

Lecture 79 IPv6 4: Building An OSPFv3 Broadcast Segment

Lecture 80 IPV6 5: Adding Loopbacks To Our OSPFv3 Network

Lecture 81 IPv6 6: Configuring OSPFv3 Point-To-Point Networks

Lecture 82 IPv6 7: Configuring An OSPF NBMA Network

Lecture 83 IPv6 8: Route Redistribution And Stub Routing With OSPFv3

Lecture 84 IPv6 9: Configuring EIGRP On IPV6

Lecture 85 IPv6 10: Configuring RIPng

Lecture 86 IPV6 11: T-Shooting OSPF v3

Lecture 87 IPv6 12: Migration Strategies

Section 9: CCNP ROUTE 300-101: Route And Network Security

Lecture 88 Security 1: Standard And Extended ACLs

Lecture 89 Security 2: Host, Any, and Seeing Dollar Signs

Lecture 90 Security 3: Extended ACL Lab

Lecture 91 Security 4: Named ACL Lab

Lecture 92 Security 5: Time-Based ACL Lab

Lecture 93 Security 6: Password Review And Telnet Lab

Lecture 94 Security 7: Username / Password Database And Telnet Lab

Lecture 95 Security 8: Secure Shell And SNMP

Lecture 96 Security 9: The Network Time Protocol

Lecture 97 Security 10: NTP Server / Client Lab

Lecture 98 Security 10A: NTP Broadcast Lab

Lecture 99 Security 11: Unicast RPF

Lecture 100 Security 12 IP Helper Address

Lecture 101 Security 13: Using And Filtering "Debug IP Packet"

Lecture 102 Security 14: Spotting Possible Memory Issues

Lecture 103 Security 15: Core Dump

Section 10: CCNP ROUTE 300-101: BGP

Lecture 104 BGP 1: Intro Remarks

Lecture 105 BGP 2: External BGP Peerings

Lecture 106 BGP 3: iBGP Peering And Loopback Interface Discussion

Lecture 107 BGP 4: eBGP Peering With Loopback Interfaces

Lecture 108 BGP 5: Advertising Routes With The "Network" Command

Lecture 109 BGP 6: The Origin And Next-Hop Attributes, Plus The Best-Path Selection Process

Lecture 110 BGP 7: Examining The Selection Of One BGP Path Over Another

Lecture 111 BGP 8: Next-Hop Addresses

Lecture 112 BGP 9: The Next-Hop Address Rule

Lecture 113 BGP 10: The Multi-Exit Discriminator (MED)

Lecture 114 BGP 11: Local Preference -- All Or Nothing At All

Lecture 115 BGP 12: Local Preference -- Changing One But Not All

Lecture 116 BGP 13: The Weight Attribute

Lecture 117 BGP 14: More Weight Work!

Lecture 118 BGP 15: Route Summarization

Lecture 119 BGP 16: Synch Rules And The Full Mesh

Lecture 120 BGP 17: Route Reflectors -- Why And How

Lecture 121 BGP 18: Prefix Lists Begin

Lecture 122 BGP 19: Prefix Lists Continue

Lecture 123 BGP 20: A Few Final Tips...

Section 11: CCNP ROUTE 300-101: NAT And PAT

Lecture 124 NAT 1: Static NAT

Lecture 125 NAT 2: Dynamic NAT

Lecture 126 NAT 3: Port Address Translation

Section 12: Your Free CCNA Security Course Starts HERE!

Lecture 127 Fund 1: Citizen C.I.A.

Lecture 128 Fund 2: Intro To SIEM

Lecture 129 Fund 3: More SIEM

Lecture 130 Fund 4: Recon Attacks and Phishing

Lecture 131 Fund 5: Social Engineering and Spear Phishing

Lecture 132 Fund 6: Privilege Escalation and Telnet

Lecture 133 Fund 7: Privilege Escalation Continues

Lecture 134 Fund 8: DoS and DDoS Attacks

Lecture 135 Fun 9: Advanced Persistent Threats

Section 13: CCNA Security 210-260, Section 2

Lecture 136 Attack 1: Man-In-The-Middle Attacks

Lecture 137 Attack 2: ARP Poisoning and Dynamic ARP Inspection

Lecture 138 Attack 3: DAI Commands

Lecture 139 Attack 4: MAC Spoofing and CAM Table Overflows

Lecture 140 Attack 5: Port Security Fundamentals

Lecture 141 Attack 6: Port Security Dynamic Address Learning

Lecture 142 Attack 7: Port Security Shutdown And Recovery

Lecture 143 Attack 8: Port Security and Automatic Port Reenabling

Lecture 144 Attack 9: Port Security Static Address Aging

Lecture 145 Attack 10: Port Security Dynamic Address Aging

Lecture 146 Attack 11: Refresh Your VLAN Knowledge Here!

Lecture 147 Attack 12: Private VLAN Theory

Lecture 148 Attack 13: Private VLAN Lab

Lecture 149 Attack 14: OSPF Authentication Fundamentals

Lecture 150 Attack 15: OSPF Clear-Text Authentication

Lecture 151 Attack 16: OSPF MD5 Authentication

Lecture 152 Attack 17: Root Guard

Lecture 153 Attack 18: BPDU Guard and Loop Guard

Lecture 154 Attack 19: VLAN ACLs, Part 1

Lecture 155 Attack 20: VLAN ACLs, Part 2

Lecture 156 Attack 21: Stoppin' VLAN Hoppin'

Lecture 157 Attack 22: DHCP Snooping Intro

Lecture 158 Attack 23: DHCP Snooping Address Renewal

Lecture 159 Attack 24: DHCP Snooping First-Time Address Acquisition

Lecture 160 Attack 25: IPSG Theory and Lab 1

Lecture 161 Attack 26: IPSG Lab Continues

Lecture 162 Attack 27: IPSG Lab, Static Mappings, No DHCP

Lecture 163 Attack 28: Segue To The Next Section

Section 14: CCNA Security 210-260: Privilege Levels

Lecture 164 Levels 1: The First Default

Lecture 165 Levels 2: The Other Defaults

Lecture 166 Levels 3: Intro To Custom Levels

Lecture 167 Levels 4: Custom Level Lab Continues (Configure and Interface Levels)

Lecture 168 Levels 5: The Autocommand and One-Time Password Options

Lecture 169 Levels 6: Privilege Levels and "Show Run"

Lecture 170 Levels 7: Role-Based CLI Begins

Lecture 171 Levels 8: Role-Based CLI Continues

Lecture 172 Levels 9: Superviews!

Lecture 173 Levels 10: Applying The Views, Part 1

Lecture 174 Levels 11: Applying The Views, Part 2

Lecture 175 Levels 12: Intro To Lawful Intercept

Lecture 176 Levels 13: Resilient Config Labs Begin

Lecture 177 Levels 14: Resilient Config Labs Continue

Lecture 178 Levels 15: Resilient Config Test

Lecture 179 Levels 16: Resilient Image Test

Section 15: CCNA Security 210-160: Protecting The Control Plane

Lecture 180 Control Plane 1: Intro To CoPP

Lecture 181 Control Plane 2: Class Maps and CoPP

Lecture 182 Control Plane 3: Policy Maps and CoPP

Lecture 183 Control Plane 4: Verifying CoPP / Intro To CPPp

Section 16: CCNA Security 210-260: VPNs

Lecture 184 VPN 1: Site-to-Site VPNs

Lecture 185 VPN 2: The Phases Of ISAKMP

Lecture 186 VPN 3: Writing The ISAKMP Policy, Part 1

Lecture 187 VPN 4: Writing The ISAKMP Policy, Part 2

Lecture 188 VPN 5: Finishing The ISAKMP Policy / Writing The Keys

Lecture 189 VPN 6: Writing The Transform Sets

Lecture 190 VPN 6A: Defining Interesting Traffic

Lecture 191 VPN 7: Writing The Crypto Map

Lecture 192 VPN 8: Testing and Troubleshooting

Lecture 193 VPN 9: Crypto Map This n' That

Lecture 194 VPN 10: Debugging The Tunnel Build

Lecture 195 VPN 11: Diffie-Hellman Details

Lecture 196 VPN 12: Using ASDM To Build A VPN

Lecture 197 VPN 13: More VPN Building With ASDM

Lecture 198 VPN 14: Wrapping Up Our 1st ADSM VPN Build

Section 17: CCNA Security 210-260: Firewalls

Lecture 199 Firewall 1: What The Heck IS a Firewall?

Lecture 200 Firewall 2: Stateless and Stateful Filtering

Lecture 201 Firewall 3: Proxy Firewalls

Lecture 202 Firewall 4: Personal Firewalls

Lecture 203 Firewall 5: Cisco ZBF and Zone Pairs

Lecture 204 Firewall 6: The DMZ

Lecture 205 Firewall 7: IP Addressing Scheme For Firewall Labs

Lecture 206 Firewall 8: Basic Firewall Wizard Lab (CCP)

Lecture 207 Firewall 9: Basic Firewall Lab Concludes

Lecture 208 Firewall 10: Advanced Firewall Lab Begins

Lecture 209 Firewall 11: Advanced Firewall Lab Ends

Lecture 210 Firewall 12: Intro To ASA Firewalling

Lecture 211 Firewall 13: Configuring A New ASA

Lecture 212 Firewall 14: ADSM Lab Begins -- Outside Interface

Lecture 213 Firewall 15: ADSM Lab Continues

Lecture 214 Firewall 16: ADSM Lab Continues (Access Rule Application)

Lecture 215 Firewall 17: ADSM Lab Continues (Global Rule Application)

Lecture 216 Firewall 18: ADSM Lab Concludes

Lecture 217 Firewall 19: October 21 Weekend Note

Section 18: CCNA Security 210-260: The IPS and IDS

Lecture 218 IPS 1: Similarities and Differences

Lecture 219 IPS 2: Where They Can Go, What They Can Do

Lecture 220 IPS 3: Sensor Types

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CBTNuggets - CCNP Designing Cisco Enterprise Wireless Networks - 300-425 ENWLSD
Released 5/2022
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 273 Lessons (35h 46m) | Size: 26.8 GB

This intermediate Designing Cisco Enterprise Wireless Networks training covers the objectives in the 300-425 ENWLSD exam, which is one of six concentration exams you can take to earn the CCNP Enterprise certification

​

If you've been working in IT for a while, you probably already know that the best solutions are custom-built according to unique needs in other words, one-size-fits-all solutions rarely fit well. That's certainly true in wireless networking the best wireless networks aren't added to existing networks, they're designed from the ground up with the underlying needs in mind.

The right hardware, software and equipment for implementing the best wireless networks depends on who'll be using it and why. This course in designing Cisco enterprise wireless networks will make sure you know how to ask the right questions and deliver the right wireless connectivity to your enterprise networks, no matter the constraints or needs.

For supervisors, this Cisco training can be used for 300-425 ENWLSD exam prep, onboarding new network administrators, individual or team training plans, or as a Cisco reference resource.

Designing Cisco Enterprise Wireless Networks: What You Need to Know
For any network administrator using this training for exam preparation, our Designing Cisco Enterprise Wireless Networks course maps to the 300-425 ENWLSD exam objectives, and covers topics such as

Planning advanced designs of Cisco wireless products
Performing site surveys to establish end point placement and configuration
Industry standards and best practices around wireless network design
Undertaking network validation and implementing vertical designs
Who Should Take Designing Cisco Enterprise Wireless Networks Training?
This Designing Cisco Enterprise Wireless Networks training is considered professional-level Cisco training, which means it was designed for network administrators. This wireless networking architecture skills course is designed for network administrators with three to five years of experience with Cisco wireless networks.

New or aspiring network administrators. It's always a good idea to specialize your knowledge and focus your career early, but be warned for brand new network administrators, some of the contents of this course may be challenging. On the other hand, if you're at a point in your career where you want to focus on wireless networking, this course is a great way to get there.

Experienced network administrators. If you've been working in networking for a few years already, this course in wireless network design for enterprises using Cisco equipment is what you need to focus your career. Transition away from wired networks and traditional administration and focus on wireless network planning and implementation with this training.

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CBTNuggets - Certified Wireless Analysis Professional - CWAP-404 - CWNP Certification Training
Released 3/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 306 Lessons (43h 34m) | Size: 36.2 GB

This intermediate CWAP training prepares network admins to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

​

The Certified Wireless Analysis Professional certification (CWAP) from CWNP is a professional-level certification. Does your shop have that one person who's been around for a few years longer than everyone else and who gets called in to fix the really tough wireless issues? That's the sort of person this CWAP course turns you into.

Someone with their CWAP analyzes existing wireless network setups and configurations and makes sure they're installed and running properly. Earning the CWAP is a great way to establish yourself as the local expert in wireless operations.

Once you're done with this Certified Wireless Analysis Professional (CWAP) training, you'll know how to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

For IT managers, this Networking training can be used to onboard new network admins, curated into individual or team training plans, or as a Networking reference resource.

CWAP: What You Need to Know
This Certified Wireless Analysis Professional training has videos that cover topics such as

802.11 devices, protocols, and technologies
Layer frame formats for wireless protocols
MAC layer frame formats and technologies
Spectrum and protocol analysis techniques and troubleshooting

Who Should Take CWAP Training?
This CWAP training is considered associate-level Networking training, which means it was designed for network admins. This WLAN skills course is designed for network admins with three to five years of experience with wireless networking.

New or aspiring network admins. This course covers advanced physical layer formats, MAC layer frame formats, wireless operations, as well as spectrum and protocol analysis and troubleshooting that's advanced stuff for someone who's brand new to network administration or wireless administration. However, if you have to accelerate your wireless knowledge in a hurry, this is a good course to catapult yourself with.

Experienced network admins. If you've had a hand in wireless network administration and management for a few years but you're not sure how to move your career forward, this CWAP training might be what you're looking for. Learn advanced techniques in troubleshooting wireless networks while you learn everything there is to know about advanced wireless technologies and devices.

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CBTNuggets - Certified Wireless Design Professional - CWDP-304 - CWNP Certification Training
Last updated 5/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 172 Lessons (23h 50m) | Size: 20.2 GB

This intermediate CWAP training prepares network admins to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

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The Certified Wireless Analysis Professional certification (CWAP) from CWNP is a professional-level certification. Does your shop have that one person who's been around for a few years longer than everyone else and who gets called in to fix the really tough wireless issues? That's the sort of person this CWAP course turns you into.

Someone with their CWAP analyzes existing wireless network setups and configurations and makes sure they're installed and running properly. Earning the CWAP is a great way to establish yourself as the local expert in wireless operations.

Once you're done with this Certified Wireless Analysis Professional (CWAP) training, you'll know how to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

For IT managers, this Networking training can be used to onboard new network admins, curated into individual or team training plans, or as a Networking reference resource.

CWAP: What You Need to Know
This Certified Wireless Analysis Professional training has videos that cover topics such as

802.11 devices, protocols, and technologies
Layer frame formats for wireless protocols
MAC layer frame formats and technologies
Spectrum and protocol analysis techniques and troubleshooting

Who Should Take CWAP Training?
This CWAP training is considered associate-level Networking training, which means it was designed for network admins. This WLAN skills course is designed for network admins with three to five years of experience with wireless networking.

New or aspiring network admins. This course covers advanced physical layer formats, MAC layer frame formats, wireless operations, as well as spectrum and protocol analysis and troubleshooting that's advanced stuff for someone who's brand new to network administration or wireless administration. However, if you have to accelerate your wireless knowledge in a hurry, this is a good course to catapult yourself with.

Experienced network admins. If you've had a hand in wireless network administration and management for a few years but you're not sure how to move your career forward, this CWAP training might be what you're looking for. Learn advanced techniques in troubleshooting wireless networks while you learn everything there is to know about advanced wireless technologies and devices.

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Designing Cisco Enterprise Networks (ENSLD 300-420)
Published 3/2023
Created by Arash Deljoo
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 130 Lectures ( 136h 16m ) | Size: 58.2 GB

Most Complete Teaching of ENSLD 300-420

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What you'll learn
Internet Protocol Version 4 (IPv4) Design
Internet Protocol Version 6 (IPv6) Design
Routing Protocol Characteristics, EIGRP, and IS-IS
OSPF, BGP, and Route Manipulation
IP Multicast and Network Management
Enterprise LAN Design and Technologies
Advanced Enterprise Campus Design
WAN for the Enterprise
WAN Availability and QoS
SD-Access Design
SD-WAN Design
Automation

Requirements
You need to have CCNA Level knowledge . You can implement scenarios of this course in GNS3 or EVE-NG.

Description
After taking this course, you should be able toesign Enhanced Interior Gateway Routing Protocol (EIGRP) internal routing for the enterprise networkDesign Open Shortest Path First (OSPF) internal routing for the enterprise networkDesign Intermediate System to Intermediate System (IS-IS) internal routing for the enterprise networkDesign a network based on customer requirementsDesign Border Gateway Protocol (BGP) routing for the enterprise networkDescribe the different types and uses of Multiprotocol BGP (MP-BGP) address familiesDescribe BGP load sharingDesign a BGP network based on customer requirementsDecide where the L2/L3 boundary will be in your Campus network and make design decisionsDescribe Layer 2 design considerations for Enterprise Campus networksDesign a LAN network based on customer requirementsDescribe Layer 3 design considerations in an Enterprise Campus networkExamine Cisco SD-Access fundamental conceptsDescribe Cisco SD-Access Fabric DesignDesign a Software-Defined Access (SD-Access) Campus Fabric based on customer requirementsDesign service provider-managed VPNsDesign enterprise-managed VPNsDesign a resilient WANDesign a resilient WAN network based on customer requirementsExamine the Cisco SD-WAN architectureDescribe Cisco SD-WAN deployment optionsDesign Cisco SD-WAN redundancyExplain the basic principles of QoSDesign Quality of Service (QoS) for the WANDesign QoS for enterprise network based on customer requirementsExplain the basic principles of multicastDesigning rendezvous point distribution solutionsDescribe high-level considerations when doing IP addressing designCreate an IPv6 addressing planPlan an IPv6 deployment in an existing enterprise IPv4 networkDescribe the challenges that you might encounter when transitioning to IPv6Design an IPv6 addressing plan based on customer requirementsDescribe Network APIs and protocolsDescribe Yet Another Next Generation (YANG), Network Configuration Protocol (NETCONF), and Representational State Transfer Configuration Protocol (RESTCONF)

Who this course is for
Enterprise Network Engineers , Service Provider Engineers , Enterprise Design Engineers

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Caro-Kann: A Complete Chess Opening Repertoire Vs 1.E4
Last updated 8/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 33.04 GB | Duration: 28h 12m

Master the Caro-Kann Defence: Boost Strategies, Tactics, Understand Key Positions & Transform Your Performance vs 1.e4



What you'll learn
Be able to confidently play the Caro-Kann Defense against 1.e4, avoiding opening traps and gaining a solid pawn structure
Be able to recognize and respond to common attacking ideas and themes in the Caro-Kann, such as the advance, exchange variation and the classical variation
Be able to use tactical ideas and maneuvers to create counterplay and take advantage of weaknesses in the opponent's position
Be able to develop a deep understanding of the strategic ideas and plans in the Caro-Kann, such as controlling the center and attacking on the wings
Be able to use positional concepts such as pawn structure, piece activity, and the initiative to gain an advantage in the game.
Be able to identify and exploit weaknesses in the opponent's pawn structure, such as isolated or doubled pawns.
Be able to use the Caro-Kann as a flexible and versatile opening, able to transpose into different variations depending on the opponent's moves.
Be able to understand and use the ideas behind the exchange variation, the Panov-Botvinnik attack, and other important variations in the Caro-Kann.
Be able to use the Caro-Kann to play actively and aggressively, creating dynamic and complex positions that offer winning chances from a black perspective
Be able to handle complex tactical and strategic situations that arise from the Caro-Kann, including sharp pawn breaks and piece sacrifices.
Be able to play the Caro-Kann confidently against strong opponents, including grandmasters and other experienced players.
Be able to understand the underlying principles of chess strategy and how they apply specifically to the Caro-Kann Defense.
Be able to use the Caro-Kann to create closed and semi-closed positions, favoring the player with superior pawn structure and control of space.
Be able to handle complex pawn structures in the Caro-Kann, including pawn chains, pawn islands, and pawn majorities.
Be able to use the Caro-Kann as a weapon against aggressive and tactical opponents, blunting their attacks and forcing them to play positionally.
Be able to vary your play depending on your opponent's style and preferences, from aggressive and tactical to solid and positional.
Be able to play with confidence and creativity, and to improvise if necessary.
Be more able to analyze your own games and identify areas for improvement in your Caro-Kann defense play.
Be able to play the sidelines and less common variations of the Caro-Kann defense such as an early c5 against the Advance variation
Be able to play the Caro-Kann defense with confidence in blitz and rapid chess games.
Be able to understand and implement the principles of the Caro-Kann defense in other related openings, such as the French defense and the Slav defense.
Be able to study and learn from the games of top grandmasters who have played the Caro-Kann defense, such as Tigran Petrosian, Anatoly Karpov and Michael Adams
Be able to understand and apply the key endgame principles that arise from the Caro-Kann defense, such as pawn structure and piece coordination.
Be able to use the Caro-Kann defense to transition into favorable middlegame and endgame positions.
Be able to handle complex and tactical positions with greater confidence from seeing key games in this course


Requirements
Know how the chess pieces move


Description
Mastering an opening repertoire is a vital part of any chess player's strategy. It guides you through the early intricacies of the game, laying the groundwork for the unfolding match. If you seek a robust and reliable opening when playing with the Black pieces, look no further than the Caro-Kann defense.Our course offers an all-inclusive, proven repertoire for handling the complexities of playing Black against 1.e4, with a focus on the Caro-Kann defense. This defense, favored by World Chess Champions like Jose Raul Capablanca, Mikhail Botvinnik, Tigran Petrosian, and Anatoly Karpov, provides a reliable response to 1.e4, allowing for strategic over tactical play.You'll learn how the Caro-Kann can neutralize aggressive tactical players, mirroring Botvinnik's success in his 1961 rematch against Mikhail Tal. We delve into why the Caro-Kann often lacks the forcing variations seen in the Sicilian defense, making it easier to learn and ideal for those preferring strategic play.We start with an introduction to the Caro-Kann defense, its history, and the distinctive traits of its various variations. Key focus is placed on the Advance and Exchange Variations, but we also cover the Panov Botvinnik Attack, the Fantasy Variation, the Two Knights Variation, and other sidelines that you might face.Our course dives into the key concepts, strategic plans, and tactics essential for each variation, alongside addressing the potential pitfalls and strengths. We guide you on mitigating these challenges and maximizing your position's potential.We provide recommendations for:Main Line: 2.d4 d5 3. Nc3 and 3. Nd2Advance Variation: 3. e5Exchange Variation: 3. exd5Panov Botvinnik Attack: 4. c4Fantasy Variation: 3. f3Two Knights Variation: 2. Nc3 d5 3. Nf3 (or 2. Nf3 d5 3. Nc3)Early Queen move 2. Qe2Suitable for players ranging from beginners to advanced, this course starts from the basics and progresses to intricate concepts, facilitating learning at your own pace.By the course's end, you'll possess a comprehensive, engine-approved opening repertoire against 1.e4, one that's fun, easy to play, and statistically sound. You'll confidently navigate the Caro-Kann defense, setting the stage for a successful game.Take the plunge now! Enroll and start your journey to mastering the Caro-Kann defense today!

Overview
Section 1: Introduction

Lecture 1 How did the Caro-Kann get its name?

Lecture 2 Marcus Kann's brilliancy game vs Honorary Grandmaster Jacques Mies in 1885

Lecture 3 Horatio Caro's great win vs Emanuel Lasker's Brother - Berthold Lasker - 1886

Lecture 4 Why play the Caro-Kann?

Lecture 5 What does it mean to have a "Solid" Opening?

Lecture 6 How are the opening repertoire "Recommended" choices made?

Lecture 7 Why include "Interesting" sections?

Lecture 8 Tools and resources often made use of in this course

Lecture 9 Top 100 Caro-Kann exponents 2023

Section 2: Tartakower Variation 1.e4 c6 2.d4 d5 3.Nc3/d2 dxe4 4.Nxe4 Nf6 5.Nxf6+ exf6!

Lecture 10 Introduction to 3...Nf6 with 4...exf6

Lecture 11 Black castles queenside and later c5 break gives Ne5xd3 option- Duda vs Artemiev

Lecture 12 DEBUT game 1908 - Black has nice pressure for e-file tactic - Leonhardt vs Duras

Lecture 13 12 Cs- Beautiful 7th rank based winning tactic - Forgacs vs Duras

Lecture 14 Giving White dynamic f-file could have been dangerous - Asztalos vs Nimzovich

Lecture 15 White's Queen manages to get trapped with early attack - Bezruchko vs Flohr

Lecture 16 Black's h pawn used as a battering ram creating tactical issues - Toms vs Navara

Lecture 17 Downsides of f4 weaken key g1-a7 diagonal tactically - Perez vs Alekhine

Lecture 18 Thorn pawn strategy creates dangerous passed pawn possibilities - Real vs Houska

Lecture 19 Very interesting but risky Ne6-g5 plan - Haldorsen vs Artemiev

Lecture 20 Dangerous knight on g5 supports great tactical idea - Tissir vs Artemiev

Lecture 21 11 C's Black's mass of pawns create concrete threats - Torre vs Korchnoi

Lecture 22 Establishing piece on d5 after c5 provoked gives great attack - Mieses vs Flohr

Lecture 23 Powerful exchange sacrifice improves King and weakens opponent - Lujan vs Houska

Lecture 24 Black's pawn mass with f5 creates useful threats - Solomunovic vs Lechtynsky

Lecture 25 Opportunity to create threats vs undoubling pawns important - Kujipers vs Flohr

Lecture 26 16 C's - Beautiful instructive play on light squares - Tarrasch vs Tartakower

Lecture 27 4 Cs-Dynamic use of backward 'c' pawn keeping active pieces - Team vs Capablanca

Lecture 28 17 C's Unprotected rook proves fatal to combination - Bluemich vs Alekhine

Lecture 29 Remarkably strong attacking dynamics and pressure on Q-side - Player vs Houska

Lecture 30 White's a-file pressure doesn't create smooth combination- Sznapik vs Lechtynsky

Lecture 31 8 C's Interesting imbalances result in better endgame - Grant vs Korchnoi

Lecture 32 Tactical themes revolve around pin and Queen trapping - Kveinys vs Lechtynsky

Lecture 33 Semi-open d-file provides opportunity for endgame probing - Morals vs Lechtynsky

Lecture 34 Interesting opposite side castling game with undermining - Carleton vs Keene

Lecture 35 Powerful exchange sac amplifies dark square weaknesses - Stefansson vs Navara

Lecture 36 K left too long in the center - c5 opens up position - SirJohn vs Kingscrusher

Lecture 37 Technical analysis: Theoretically best just to take d4 pawn - Discussion

Lecture 38 Exchange dark square bishops, centralise and win endgame - Pozun vs Cukrowski

Lecture 39 Aggressive h5 response gives Black very dynamic play - Semenova vs Howell

Lecture 40 Instructive themes for making use of emerging pawn majority - Nozdrin vs Kostin

Lecture 41 Weakness of last move tactical trap relating to c2 to be aware of - Woda vs Berg

Lecture 42 White gets carried away with Q-side play at expense of K safety - Ernst vs Berg

Section 3: Tartakower Variation - 1.e4 c6 2.d4 d5 3.Nc3/d2 dxe4 4.Nxe4 Nf6 5.Ng3 h5!

Lecture 43 Very accurate Be4 move leads to major opening blunder - Glass vs Tartakower

Lecture 44 Dark square strategy with Queen and Bishop menacing - Romanovsky vs Flohr

Lecture 45 Crushing Q-side attack facilitated by pressure earlier- TurksteR vs Kingscrusher

Section 4: Tartakower Variation 1.e4 c6 2.d4 d5 3.Nc3/d2 dxe4 4.Nxe4 Nf6 5.Ng5 {h6!)

Lecture 46 Very interesting Queen sacrifice for potential upward trend - Westerinen vs Wade

Lecture 47 King brought down the board to be mated - Schmid vs Korchnoi

Section 5: Advance - Botvinnik-Carls Variation vs 3.e5 : Advance 1.e4 c6 2.d4 d5 3.e5 c5!

Lecture 48 Introduction to why this variation avoids weight of theory of Bf5

Lecture 49 Botvinnik name: Exchange sacrifice - Tal vs Botvinnik 1961 World Ch. Rd 4

Lecture 50 Botvinnik: Bishop pair given up but Black solid - Tal vs Botvinnik - 1961 Rd 6

Lecture 51 Botvinnik name: Squeezing the Bishop Pair - Tal vs Botvinnik 1961 World Ch. Rd 8

Lecture 52 Carls name: K safety reduced on Q-side from undermining - Treybal vs Carls

Lecture 53 Introduction to more recently named "Arkell/Khenkin" variation

Lecture 54 Technical intro and discussion: 1.e4 c6 2.d4.d5 3.e5 c5 4.dxc5 e6 5.a3

Lecture 55 Technical intro and discussion 1.e4 c6 2.d4 d5 3.e5 c5 4.dxc5 Nc6

Lecture 56 === 4.dxc5 e6 option - GM Khenkin==== (1.e4 c6 2.d4 d5 3.e5 c5 4.dxc5 e6)

Lecture 57 Very energetic g5-g4 plan to undermine White's center - Kortenbusch vs Khenkin

Lecture 58 Ba6 serves as Anti-Greek Gift resource - Ojeda vs Khenkin

Lecture 59 Piece sacrifice to make the attack and pins vs opponent K - Volokitin vs Foreest

Lecture 60 Early Nd4 is part of process to win e5 pawn early on - Shuvalova vs Dreev

Lecture 61 Powerful exchange sacrifice gives greater opportunities - Greeff vs Houska

Lecture 62 Dynamic recapture away from center with fxg6 - Risteski vs Tari

Lecture 63 Unsoundly going for f2 pawn but opportunities later - Harsha vs Fedoseev

Lecture 64 Great central pawn mobility after Opening- Kosteniuk vs Khotenashvilli

Lecture 65 Contortions for trying to win the a4 pawn creates bad endgame - Grant vs Gunina

Lecture 66 Black succeeds in dramatically gaining mass of center pawns - Parry vs Arkell

Lecture 67 Risky castling queenside but f6 later gives central mobility - Duda vs Liren

Lecture 68 === 4.dxc5 Nc6 option - GM Keith Arkell==== (1.e4 c6 2.d4 d5 3.e5 c5 4.dxc5 Nc6)

Lecture 69 Really dynamic use of light square bishop without counterpart - Greet vs Arkell

Lecture 70 Holding onto the extra pawn can end up being a pawn down - Lee vs Arkell

Lecture 71 A very dramatic double edged game - rook on 7th unpleasant - McLean vs Arkell

Lecture 72 Getting bishop outside of pawn chain early justified - Haussernot vs Arkell

Lecture 73 Beautiful counterplay generation making use of 'e' pawn sac - Antal vs Khenkin

Lecture 74 === 4.c3 29% ==== (1.e4 c6 2.d4 d5 3.e5 c5 4.c3)

Lecture 75 White's light squares require care and responsibility - Briem vs Arkell

Lecture 76 === 4.Nf3 11% ==== (1.e4 c6 2.d4 d5 3.e5 c5 4.Nf3)

Lecture 77 Healing pawn structure leads to potentially losing endgame - Balogh vs Khenkin

Lecture 78 Queenside counterplay leads to strong attack - Msellek vs Gunina

Lecture 79 === 4.c4 4% ==== (1.e4 c6 2.d4 d5 3.e5 c5 4.c4)

Lecture 80 6 Cs- Similarities to Albin counter gambit after d4 - Azerbaev vs Tal

Lecture 81 Double edged game with g-file involvement helping Black - Zhou vs Arkell

Lecture 82 Very smooth slight advantage for black after early b3 played - Lane vs Arkell

Lecture 83 === 4.Ne2 1% ==== (1.e4 c6 2.d4 d5 3.e5 c5 4.Ne2)

Lecture 84 See 2.Ne2 section for example games that transpose

Section 6: Exchange Variation 4.Bd3- 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.Bd3 Nc6 5.c3 g6!

Lecture 85 Introduction: Carlsbad Pawn structure

Lecture 86 Why recommend 5...g6? - Sometimes early Bf5 immediately after is okay

Lecture 87 ====6.Bf4 39%==== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.Bd3 Nc6 5.c3 g6 6.Bf4

Lecture 88 A number of thematic Carlsbad plans made use of - Munkhzul vs Khotenashvili

Lecture 89 Strategic bishop exchange facilitates minority attack - Hasan vs Arkell

Lecture 90 ====6.Nf3 23%==== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.Bd3 Nc6 5.c3 g6 6.Nf3

Lecture 91 Minority attack becomes more important after Queens exchanged - Fabri vs Arkell

Lecture 92 A slightly doubled edged game but Bg3 gave no problems - Reiling vs Arkell

Lecture 93 Doubled pawns provide great compensation and nice endgames - Renner vs Khenkin

Lecture 94 ====6.h3 21 %==== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.Bd3 Nc6 5.c3 g6 6.h3

Lecture 95 Black gradually improves position with controlled little steps - Derylo vs Baum

Lecture 96 Dangerous g-file attack greatly compensates pawn structure - Werner vs Miles

Lecture 97 Sufficient counterplay for doubled pawns offering - Zhaoyang Li vs Dreev

Lecture 98 e5 break powerful but c4 not timed well - Mozgokliuj vs Kingscrusher

Lecture 99 Black occupies the center but there are dxe5 and f4 concerns - Roos vs Khenkin

Section 7: Caro-Kann Fantasy Variation 1.e4 c6 2.d4 d5 3.f3 e6!

Lecture 100 Why recommend 3...e6?

Lecture 101 ===4.Nc3 73%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.Nc3

Lecture 102 Instead of be greedy in opening aim for central pressure - Kamsky vs Dreev

Lecture 103 Giving up both bishops creates easy and effective pawn storm- Catherina vs Girya

Lecture 104 Double edged game transforms into easily winning endgame - Tate vs Arkell

Lecture 105 A doubled edged game after 6...dxe4 instead of 6...Be7 - Wall vs Houska

Lecture 106 Giving up light square bishop could have ended badly - Chebotarev vs Galkin

Lecture 107 Early Ba6 plan very effective and dangerous for White - Alinasab vs Houska

Lecture 108 Undermining pawn chain at exploitable base d4 - Gallagher vs Arkell

Lecture 109 ===4.Be3 10%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.Be3

Lecture 110 8 Cs- Strategic bishop exchanged coupled with Ne7 very solid - Mitkov vs Dreev

Lecture 111 ===4.e5 4%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.e5

Lecture 112 Very bad version of the Advance French Defence - Sadikovic vs Radivojevic

Lecture 113 ===4.c4 4%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.c4

Lecture 114 Dark square pressure with Knight pinned early and c5 - Jovanovic vs Markovic

Lecture 115 ===4.Bd3 2%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.Bd3

Lecture 116 19C's - Early defensive f5 becomes attacking pawn later - Tartakower vs Khan

Lecture 117 ===4.c3 2%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.c3

Lecture 118 Accepting Gambit should have been a smoother ride - Malinovsky vs Moksh

Lecture 119 ===4.Bf4 1%=== 1.e4 c6 2.d4 d5 3.f3 e6 4.Bf4

Lecture 120 Bishop pair obtained then pawn sac to increase pressure - Wolf vs Tartakower

Section 8: Panov-Botvinnik Attack - 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 Nf6 5.Nc3 g6!

Lecture 121 Why recommend 5...g6?

Lecture 122 ===6.Nf3 36%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 Nf6 5.Nc3 g6 6.Nf3

Lecture 123 Black gets a very favourable Isolated Queen Pawn situation - Stolakis vs Turov

Lecture 124 Knight to c4 plan very effective plan - Pelling vs Keene

Lecture 125 Double edged blitz game - resources of both sides - Dristigheten vs Kingscrusher

Lecture 126 ===6.cxd5 25%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 g6 5.Nc3 g6 6.cxd5

Lecture 127 Accepting central isolated pawn gives great piece activity - Hermlin vs Keres

Lecture 128 Tactical shot Na4 leads to Black getting positional advantages - Schultz vs Mile

Lecture 129 5 Cs- Weak looking g4 was asking for punishment later - Bisguier vs Larsen

Lecture 130 Black has nothing to fear after early Queen trade- Ghinda vs Lobron

Lecture 131 Holding extra pawn White starts to go wrong with weakening f3 - Fuchs vs Girya

Lecture 132 ===6.Qb3 21%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 g6 5.Nc3 g6 6.Qb3

Lecture 133 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 Nf6 5.Nc3 g6 6.Qb3 Bg7 7.cxd5 O-O

Lecture 134 Even if d5 pawn reinforced, d4 can be the next target - Van Den Bosch vs Euwe

Lecture 135 Bishop pair create great winning opportunities - Martinez vs Arkell

Lecture 136 16 Cs- A remarkable Queen trap issue - Fuchs vs Bronstein

Lecture 137 10 Cs- Punishment for trying to hold onto pawn too hard - Balashov vs Botvinnik

Lecture 138 ===6.Bg5 10%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 g6 5.Nc3 g6 6.Bg5

Lecture 139 Superior Bishop vs Knight after Black regains pawn - Sharma vs Arkell

Lecture 140 ===6.c5 3%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 g6 5.Nc3 g6 6.c5

Lecture 141 c5 opposed with classic b6 undermining giving great piece play - Hoorn vs Euwe

Lecture 142 ===EARLIER non critical 5.Nf3 8%=== 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 g6 5.Nf3

Lecture 143 9 Cs- Grabbing the light squared bishop gives easy game- Fahrni vs Nimzovich

Section 9: 2.Nf3 Caro-Kann 1.e4 c6 2.Nf3 d5!

Lecture 144 Intro- 2.Nf3 at master level usually to enter two knights variation - not exd5

Lecture 145 ===3.exd5 (45%)===

Lecture 146 3 C's Easy plan of Ne4 and g5 instead of minority attack - Bonnaire vs Dreev

Lecture 147 2 Cs- Strong positional play vs White's weakened light squares - Rivier vs Flohr

Lecture 148 8 Cs-Minority attack, probing and exploiting weaknesses - Ljuboschiz vs Kasparov

Lecture 149 Creating opposite side castling attacking game with pressure - Yates vs Euwe

Lecture 150 Light square strategy creates pawn on c4 and e5 break - Grob vs Nimzovich

Lecture 151 e5 break facilitated when kicking e5 knight with f6 - Sedlak vs Wojtaszek

Lecture 152 Ne5 with Bxc6 needs great care around e5 knight - Charochkina vs Khotenashvilli

Lecture 153 Instructive attacking chess opening routes to King - Pichot vs Firouzja

Section 10: Two Knights Variation (Fischer Favourite!)- 1.e4 c6 2.Nc3/f3 d5 3.Nf3/c3 Bg4!

Lecture 154 Why 3...Bg4 vs the Two Knights Variation?

Lecture 155 Classic trap with Ne5 Qh5 etc if black not careful (no d4)

Lecture 156 ===4.h3 (77%) === 1.e4 c6 2.Nf3 d5 3.Nf3 Bg4 4.h3

Lecture 157 15 C's - Crushing pressure build up against Q-side castled King - Day vs Keene

Lecture 158 5 C's Simplification out of opening minimises any problems - Djuric vs Anand

Lecture 159 White King left in center leading to great tactic - Marzouk vs Houska

Lecture 160 5 Cs - Volunteering both bishops leads to equality - Klavins vs Petrosian

Lecture 161 Intense dark square pressure with fianchetto bishop - Prandsetter vs Lechtynsky

Lecture 162 45 Cs- Bishop shut in, dark squares dismantled around King - Fischer vs Keres

Lecture 163 2 C's - Attack potential disappears after casual rook move - Georgiev vs Karpov

Lecture 164 ===4.Be2 (7%) === 1.e4 c6 2.Nf3 d5 3.Nf3 Bg4 4.Be2

Lecture 165 Improved version of French Advance variation has perks - Kasparian vs Petrosian

Lecture 166 Dangers of f4 weakening key diagonal illustrated - Matulevicius vs Kholmov

Lecture 167 ===4.d4 (6%) === 1.e4 c6 2.Nf3 d5 3.Nf3 Bg4 4.d4

Lecture 168 Solid 4...Nf6 but beware of light square bishop missing - Senador vs Rakhmanov

Lecture 169 Avoiding materialism and instead damaging structure - Amer vs Khenkin

Lecture 170 Unsoundly accepting gambit but Bd2 not accurate follow up - Erker vs Adams

Section 11: Accelerated Panov Attack Variation- 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6!

Lecture 171 Introduction to 4...Nf6 vs Accelerated Panov-Botvinnik attack

Lecture 172 ===5.Nc3 58% ==== 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6 5.Nc3

Lecture 173 20 Cs- A magnificent defensive combination for K-safety - Sokolov vs Karpov

Lecture 174 10 Cs- White's K safety reduced from efforts to hold pawn- Conquest vs Bronstein

Lecture 175 Giving up bishop pair leads to dominating knights vs bishops - Winants vs Adams

Lecture 176 King goes to light square f5 in interesting endgame - Beliavsky vs Ivanchuk

Lecture 177 ===5.Qa4+ 17% ==== 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6 5.Qa4+

Lecture 178 White holds on to material but pieces away from K - Muzychuk vs Danielian

Lecture 179 ===5.Bb5+ 16% ==== 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6 5.Bb5+ Nbd7

Lecture 180 Solid bishop pair advantage and strong g-file attack - Gurevich vs Speelman

Lecture 181 ===5.d4 4% ==== 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6 5.d4

Lecture 182 See Panov-Botvinnik section as 5.d4 transposes

Lecture 183 ===5.Bc4 1% ==== 1.e4 c6 2.c4 d5 3.cxd5 cxd5 4.exd5 Nf6 5.Bc4

Lecture 184 An important trap to be aware of if White too keen on d5- Wolthuis vs Euwe

Lecture 185 Tricky 3...Nf6 possibility (1. e4 c6 2. c4 d5 3. exd5 Nf6 )

Lecture 186 Tricky Opening move order gambit then IQP situation - Dickson vs Houska

Section 12: Breyer variation 1.e4 c6 2.d3 d5 {Breyer} 3.Nd2/Nf3 g6!

Lecture 187 Introduction to Breyer variation and recommendation of g6

Lecture 188 === 4.Ngf3 69% === 1.e4 c6 2.d3 d5 3.Nd2 g6 4.Ngf3

Lecture 189 a5 weakens Queenside and Black wins pawn with pressure - Raaste vs Lechtynsky

Lecture 190 White's lack of development and weaknesses create disaster- Robatsch vs Portisch

Lecture 191 === 4.g3 18% === 1.e4 c6 2.d3 d5 3.Nd2 g6 4.g3

Lecture 192 Backward d3 pawn torture leads to sudden Q-side invasion - Visser vs Miles

Lecture 193 3 Cs- Removing fianchetto bishop then opening up King - Larsson vs Adams

Lecture 194 === 4.f4 4% === 1.e4 c6 2.d3 d5 3.Nd2 g6 4.f4

Lecture 195 Early f4 dark square weaknesses allow annoying resources - Zhou vs Dreev

Lecture 196 N.B. For 1.e4 c6 2.Nf3 d5 3.d3 see Pichot vs Firouzja game in 2.Nf3 section

Section 13: Rasa-Studier Gambit - 1.e4 c6 2.d4 d5 3.Nc3 dxe4 4.f3 Nf6!

Lecture 197 Interesting fun King going up the board for attack - Wuts vs Barczay

Section 14: Von Hennig Gambit - 1.e4 e6 2.d4 d5 3.Nc3 dxe4 4.Bc4 Nf6!

Lecture 198 Neutralising opponent's light square bishop with extra pawn - Short vs Bareev

Section 15: Bohemian Attack (2.Ne2) 1.e4 c6 2.Ne2 d5!

Lecture 199 39 Cs-Leave c8 bishop at home instead of facing threats - Bronstein vs Petrosian

Section 16: Hillbilly Attack 1.e4 c6 2.Bc4 d5 3.Bb3 dxe4!

Lecture 200 b3 bishop targeted with a5-a4 plan - Williams vs Jones

Section 17: Goldman Variation - 1.e4 c6 2.Nc3 d5 3.Qf3 dxe4! 4.Nxe4 Nd7

Lecture 201 3 Cs- White goes off the rails giving up center pawn - Fernandez vs Arkell

Lecture 202 Very accurate play exploiting dark square weaknesses - Friedgood vs Salamanca

Section 18: GM Aleksei Pridorozhni (AlexSur81) favourite - 1.e4 c6 2.Nc3 d5 3.Qe2 d4!

Lecture 203 Interesting pawn sac to keep ambitious ideas - Voitsekhovsky vs Tomashevsky

Lecture 204 Bishop sac to generate dangerous counterplay - Alexsur81 vs Kingscrusher

Section 19: Euwe Attack - 1.e4 c6 2.b3 d5!

Lecture 205 Instructive endgame simplification where bishop has targets - Linton vs Wade

Section 20: Mieses Gambit - 1.e4 c6 2.d4 d5 3.Be3 dxe4!

Lecture 206 Black hold onto extra pawn for a while - Mieses vs Davidson

Section 21: Interesting 3...dxe4 in Two Knights attack - 1.e4 c6 2.Nc3 d5 3.Nf3

Lecture 207 7 Cs- Interesting Bh6 possibility and later nasty pin - Penrose vs Larsen

Section 22: Interesting 3...Bf5- Classical (6.Ne2) - 2.Nc3 dxe4 3.Nxe4 Bf5 5.Ng3 Bg6 6.Ne2

Lecture 208 120 Cs- Handling a dangerous Knight sacrifice keeping safe- Tal vs Botvinnik

Section 23: Interesting 3...Bf5 Classical (no h4) - 2.Nc3 dxe4 3.Nxe4 Bf5 5.Ng3 Bg6 6.Nf3

Lecture 209 73 Cs- Riskily playing for win including exchange sac - Dueckstein vs Petrosian

Section 24: Interesting 3...Bf5 Classical - 2.Nc3/Nd2 dxe4 3.Nxe4 Bf5 5.Ng3 Bg6 6.h4

Lecture 210 Weak h4 and c4 pawns makes it easier to blunder - Nievergelt vs Larsen

Lecture 211 15 Cs- Black dares to castle queenside and has Qd5 resource- Firmian vs Korchnoi

Lecture 212 18 Cs- Very interesting Bg8 to make e6 more solid - Porreca vs Bronstein

Section 25: Interesting 3...Bf5 Classical- 2.Nc3 and 2.Nd2 dxe4 3.Nxe4 Bf5 5.Ng3 Bg6 6.Bc4

Lecture 213 2 Cs-h4 liability soon after the opening amplified with Bxf6 - Tiviakov vs Dreev

Section 26: Interesting 6..e6 Maroczy - 2.d4 d5 3.Nd2 dxe4 4.Nxe4 Bf5 5.Ng3 Bg6 6.f4 e6

Lecture 214 16 Cs- Simplification to endgame exposes weak pawns- Marshall vs Capablanca

Section 27: Interesting 4...Nd7 Modern variation- 1.e4 c6 2.d4 d5 3.Nc3/d2 dxe4 4.Nxe4 Nd7

Lecture 215 A fun trap to be aware of to win a piece - Osoblivy vs Danielian

Lecture 216 Nd7 starts to prove weaknesses in White's camp after h4 - Lalic vs Arkell

Lecture 217 73 C's - Iconic move to help improve King safety - Kamsky vs Karpov

Section 28: Interesting 5..gxf6: Bronstein 1.e4 c6 2.d4 d5 3.Nc3 dxe4 4.Nxe4 Nf6 5.Nxf6 gxf6

Lecture 218 14 Cs- Too much chaos and counterplay for Karpov to control - Karpov vs Miles

Lecture 219 148 Cs- Dynamic play with thorn pawn and g-file pressure - Bakulin vs Bronstein

Lecture 220 16 C's - Intense struggle with repeat exchange sacs - Kavalek vs Bronstein

Section 29: Interesting 3...Bf5: Caro-Kann Advance Mainline- 1.e4 c6 2.d4 d5 3.e5 Bf5

Lecture 221 368 Cs- ICONIC Game - positional masterpieces - Nimzovich vs Capablanca

Lecture 222 Bd7 retreat avoids e6 and supports strategic bishop exchange - Kamsky vs Adams

Section 30: Interesting: 4.Nc6 (then Nf6) vs Exchange 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.Bd3 Nc6

Lecture 223 Many exponents including Bronstein, Riazantsev, Danielian, Gunina, Galkin

Lecture 224 59 Cs - Practical choices for g-file pressure - Maroczy vs Capablanca

Section 31: Interesting 5...Not g6- Panov 1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 Nf6 5.(not g6)

Lecture 225 63 Cs- Adventure to win a rook badly backfires - Nimzowitsch vs Alekhine

Lecture 226 51 Cs- Playing effectively against the Isolated Queen Pawn- Botvinnik vs Euwe

Lecture 227 150 Cs - Iconic instructive play vs Isolated Queen's pawn - Kamsky vs Karpov

Section 32: Interesting 3...d6 Accelerated Panov Attack - 1.e4 c6 2.c4 e5 3.d4 d6

Lecture 228 19 Cs- Passive d6 worked in end but not due to the Opening - Alapin vs Nimzovich

Section 33: Interesting dxe4 and 4...Nf6 vs Goldman 1.e4 c6 2.Nc3 d5 3.Qf3 dxe4 4.Nxe4 Nf6

Lecture 229 Accepting doubled pawns to maintain Ne5 threat - Roy vs Riazantsev

Section 34: Interesting 4...exf3 vs Rasa-Studier Gambit - 1.e4 c6 2.d4 d5 3.Nc3 dxe4 4.f3

Lecture 230 Accepting the gambit then castling Q-side - Thenhausen vs Meduna

Section 35: PGN Downloads

Lecture 231 PGN Downloads of games made use of in this course

Section 36: Conclusions and Philosophical points

Lecture 232 Conclusions and Philosophical points

Section 37: Bonus

Lecture 233 Bonus Lecture

Beginner to Intermediate chess players


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Full Pilots Licence Course {Flight School}
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FULL PILOTS LICENSE FLYING EXERCISES and much more.



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"Once you have tasted flight, you will forever walk the earth with your eyes turned skyward. For there you have been, and there you will always long to return."Leonardo da Vinci.Flight Training can be very slow and expensive. Whether you fly as a student or fly as an experienced pilot, every hour of flight costs you loads of money. You don t have much control. Well with VR Flight sim you gain the control. You set yourself up once and practice whenever you want and for as long as you want. Let me be your guide into the VR World. Start learning what you need to know.The USAF train their jet fighter pilots with the VR headset and the controllers. If it is good enough for the airforce it must be good...and it certainly is.Pilots often take 2 sides on what is the best training aircraft, the Pa 28 or the Cessna 172. The answer is they are both very good at what they do. They both have pluses and minuses, however it is really down to personal preference. I learned to fly and got my pilots licence on the PA 28 161 warrior, so I am very fond of them however out of the two I would rather fly the C 172. It is not because it is better it just suits my needs better. In this course I will explain everything.Learning to fly in VR is better in my opinion. much cheaper and safer than in real life, then at the end of the day you can decide if you want to spend over 10 grand on a licence of not.

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