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Englische Tutorials

50 Hours of Big Data, PySpark, AWS, Scala and Scraping

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50 Hours of Big Data, PySpark, AWS, Scala and Scraping
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 617 lectures (54h 37m) | Size: 20 GB

Big Data with Scala and Spark,PySpark and AWS,Data Scraping & Data Mining With Python, Mastering MongoDB for Beginners

What you'll learn:
Introduction and importance of this course in this day and age
Approach all essential concepts from the beginning
Clear unfolding of concepts with examples in Python,Scrapy, Scala, PySpark and MongoDB
All theoretical explanations followed by practical implementations
Data Scraping & Data Mining for Beginners to Pro with Python
Master Big Data with Scala and Spark
Master Big Data With PySpark and AWS
Mastering MongoDB for Beginners
Building your own AI applications

Requirements
Basic understanding of HTML tags. Python, SQL and Node JS
No prior knowledge of data scraping and Scala is needed. You start right from the basics and then gradually build your knowledge of the subject.
Basic understanding of programming.
A willingness to learn and practice.
Since we teach by practical implementations so practice is a must thing to do


Description
The course content is designed in a way which is Simple to follow and understand, expressive, exhaustiv, practical with live coding, replete with quizzes, rich with state-of-the-art and up-to-date knowledge of this field.

I. Scala

It's true that Scala is not among the most-loved coding languages but don't let this minor discomfort bother you. Scala is doubtless one of the most in-demand skills for data scientists and data engineers. And the reason for this is not far to seek: The supply of professionals with Scala skills is a long way from catching up with the demand.

The well-thought-out quizzes and mini-projects in this course will cover all the important aspects and it will make your Scala learning journey that much easier. This course includes an overview of Hadoop and Spark with a hands-on project with Scala Spark. Right through the course, every theoretical explanation is followed by practical implementation.

This course is designed to reflect the most in-demand Scala skills that you will start using right away at the workplace. The 6 mini-projects and one Scala Spark project included in this course are a vital component of this course. These projects present you with a hands-on opportunity to experiment for yourself with trial and error. You get a chance to learn from the mistakes you commit. Importantly, it's easy to understand the potential gaps that might exist between theory and practice.

Scala, a power-packed language, has the capability to leverage most of the functions in Python, such as designing machine learning models. You can use this high-level language for an assortment of applications, from web apps to machine learning.

II. PySpark and AWS

The hottest buzzwords in the Big Data analytics industry are Python and Apache Spark. PySpark supports the collaboration of Python and Apache Spark. In this course, you'll start right from the basics and proceed to the advanced levels of data analysis. From cleaning data to building features and implementing machine learning (ML) models, you'll learn how to execute end-to-end workflows using PySpark.

Right through the course, you'll be using PySpark for performing data analysis. You'll explore Spark RDDs, Dataframes, and a bit of Spark SQL queries. Also, you'll explore the transformations and actions that can be performed on the data using Spark RDDs and dataframes. You'll also explore the ecosystem of Spark and Hadoop and their underlying architecture. You'll use the Databricks environment for running the Spark scripts and explore it as well.

Finally, you'll have a taste of Spark with AWS cloud. You'll see how we can leverage AWS storages, databases, computations, and how Spark can communicate with different AWS services and get its required data.

As this course is a detailed compilation of all the basics, it will motivate you to make quick progress and experience much more than what you have learned. At the end of each concept, you will be assigned Homework/tasks/activities/quizzes along with solutions. This is to evaluate and promote your learning based on the previous concepts and methods you have learned. Most of these activities will be coding-based, as the aim is to get you up and running with implementations.

III. Data Scraping and Data Mining from Beginner to Professional

Data scraping is the technique of extracting data from the internet. Data scraping is used for getting the data available on different websites and APIs. This also involves automating the web flows for extracting the data from different web pages.

This course is designed for beginners. We'll spend sufficient time to lay a solid groundwork for newbies. Then, we will go far deep gradually with a lot of practical implementations where every step will be explained in detail.

As this course is essentially a compilation of all the basics, you will move ahead at a steady rate. You will experience more than what you have learned. At the end of every concept, we will be assigning you Home Work/assignments/activities/quizzes along with solutions. They will assess / (further build) your learning based on the previous data scraping and data mining concepts and methods. Most of these activities are designed to get you up and running with implementations.

The 4 hands-on projects included in this course are the most important part of this course. These projects allow you to experiment for yourself with trial and error. You will learn from your mistakes. Importantly, you will understand the potential gaps that may exist between theory and practice.

Data Scraping is undoubtedly a rewarding career that allows you to solve some of the most interesting real-world problems. You will be rewarded with a fabulous salary package, too. With a core understanding of Data Scraping, you can fine-tune your workplace skills and ensure emerging career growth.

IV. MongoDB

In this course we'll go through the basics of MongoDB. We'll be using MongoDB to develop the understanding of the NoSQL databases. We'll explore the basic, Create, Read, Update and Delete operations in MongoDB. We'll explore in detail about the MongoDB query operators and project operators. Following that we'll learn about MongoDB update operators. In the end we'll move to explore MongoDB with Node and Python. We'll wind up this course with two projects, consisting of MongoDB with Djagno in which we'll develop a CRUD based application using Django and MongoDB and then we'll implement an ETL pipeline using PySpark to dump the data in the MongoDB.

This course is designed for beginners. We'll spend enough time to make a solid ground for newbies and they will go far deep gradually with a lot of practical implementations where every step will be explained in detail.

As this course is a compilation of all the basics, it will encourage you to move ahead and experience more than what you have learned. By the end of every concept, we will be assigning you Home Works/tasks/activities/quizzes along with solutions that will evaluate / (further build) your learning based on the previous concepts and methods. Several of these activities will be coding based to get you up and running with implementations.

With the increase of data there is a need to manage that, and not only manage it but also get the useful data and insights out of it for business analytics and correct decision making and for that the companies are actively looking for big data engineers. The major issue with big data is that it's so humongous that using regular data analysis techniques it is not possible to analyze it. Also due to continuously increasing data sources like IOT, SQL databases, NoSQL databases, social media platforms, point of sales and streaming data it is hard to even manage all this data through conventional methods and performing analytics on it is, as I just mentioned, is way beyond this. So we need new techniques and platforms for not only managing this data but also performing analysis on it and MongoDB supports all of this. We'll understand and learn using MongoDB which, in a nutshell, is a NoSQL database. All these skills are highly in demand..

So, without any further delay let's get started with the course and embrace yourself with the knowledge that waits for you.

Scope of Scala:

Understanding the variables in data types in Scala.

Understanding the flow controls in Scala and different ways for controlling the flow.

Understanding the functions and their usage in Scala.

Understanding the classes and their usage in Scala.

Understanding the data structures, namely: Lists, Lists Buffer, Maps, Sets, and Stack.

Understanding Hadoop.

Understanding the working of Spark.

Understanding the difference between Spark Rdds and Spark Dfs.

Understanding Map Reduce.

ETL pipeline from AWS S3 to AWS RDS using Spark.

Scope of PySpark:

Spark / Hadoop applications, EcoSystem and Architecture

PySpark RDDs

PySpark RDD transformations

PySpark RDD actions

PySpark DataFrames

PySpark DataFrames transformations

PySpark DataFrames actions

Collaborative filtering in PySpark

Spark Streaming

ETL Pipeline

CDC and Replication on Going

Scope of Data Scraping, Data Mining:

Internet Browser execution and communication with the server.

Request / Response to and from the server. Synchronous and Asynchronous

Parsing data in response from the server.

Difference between Synchronous and Asynchronous requests.

Introductions to Tools for data scraping: Requests, BS4, Scrapy & Selenium.

Explanation of different concepts like Python Requests Module, BS4 parsers functions, Scrapy for writing the spiders for crawling websites and extracting data, Selenium for understanding the automation and control of the web flows etc.

Scope of MongoDB:

Understanding MongoDB CRUD, Query Operators, Projection Operators Update Operators

Creating MongoDB cluster on Atlas

Understanding MongoDB with Node

Performing CRUD operation with Node in MongoDB Atlas

Understanding MongoDB with Python

Performing CRUD operation with Python in MongoDB Atlas

Understanding MongoDB with Django

Performing CRUD operation with Django in MongoDB Atlas

Building APIs for CRUD operations in MongoDB through Django

Understanding MongoDB with PySpark

After completing this information-packed course successfully, you will be able to:

● Implement any project from scratch that requires Data Scraping, Data Mining, Scala, PySpark, AWS and MongoDB knowledge.

● Relate the concepts and practical aspects of learned technologies with real-world problems.

● Gather data from websites in the smartest way.


Who this course is for:

● People who are absolute beginners.

● People who want to make smart solutions.

● People who want to learn with real data.

● People who love to learn theory and then implement it practically.

● Data Scientists, Machine learning experts and Drop Shippers.

Who this course is for
People who are absolute beginners.
People who want to make smart solutions.
People who want to learn with real data.
People who love to learn theory and then implement it practically.
Data Scientists, Machine learning experts and Drop Shippers.

Homepage


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Understanding chess middlegame

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Understanding chess middlegame
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.45 GB | Duration: 5h 24m

Learn to play middlegame with a GM | This course is standing on the shoulders of my courses about tactics&openings

What you'll learn
Learn what to do AFTER the opening is over
Discover typical ideas for ALL the openings from "Understanding chess openings" repertoire
Understand how to implement the tactical method from "Understanding chess tactics" course in real games
Study "boring" effective way of converting the material advantage
Get an inside look into how a grandmaster is thinking
Requirements
You should know how chess pieces work | You would benefit the most if you have studied my previous courses about openings and tactics

Description
This course will help you understand what to do after the opening is over.

The openings played in this course are from the suggested opening repertoire from the "Understanding chess openings" course. I also used the tactical method from the "Understanding chess tactics" course to deliver the winning combinations.

You will benefit from the course even if you have not studied my openings&tactics courses before. I will be explaining all the concepts again in this course. If you want to get a deeper understanding of the concepts (for example, a concept of a semi-protected piece), feel free to check out my previous courses about tactics and openings.

This course consists of 25 thoroughly commentated games that I recorded while playing. You will see and hear the ways that grandmasters are thinking. You will also see my mistakes since I will be analyzing the games immediately after they are finished. You will also find a direct link to lichess where you will be able to play through the game or even analyze it with the best chess engine in the world. You will also have free access to the online database there.

By the end of the course, you will learn typical combinations that were not covered in the tactics course, get a clear understanding of how to convert your material advantage, discover the typical plans for the main openings, and much more. You will also learn what to do with your pawns and pieces AFTER the opening is over.

Learn and Master Chess Middlegame with a Successful Grandmaster

Learn what to do AFTER the opening

Discover typical ideas for the main openings for both colors

Understand how to implement the algorithm from "Understanding chess tactics" in a real game

Study an effective "boring" way of converting your material advantage

Get an honest inside look into the grandmaster's mind

This course will boost your opening, tactical, and middlegame play to the next level

The course is for chess players of all levels. You will find 16 games with white pieces (All those games start with 1.e4!) and 9 games with black pieces (1.e4 is met with 1.e5! and 1.d4 is met with 1.d5!). Throughout the course, I am doing my best to follow the guidelines that you can learn in my "Understanding chess openings" course. You will also learn how to use the tactical signs from the "Understanding chess tactics" course in a real game. Sometimes I was able to MANUFACTURE a tactical combination based on the signs that I discover. Between the opening and the winning combination, I will explain what to do with your pieces and pawns after the development. Once I get a winning advantage, I would teach you the proper way of thinking, and the proper sets of priorities, when it comes to big material advantage. Many chess players do not know what to do AFTER they win some material and how to convert it into a full point. You would NOT be one of those players, once you study this course!

The course consists of 4 sections,

Section 1 | Introduction: You will learn what this course is all about. There will be a link to the opening repertoire, which I will be using in all the games. The opening repertoire is from the "Understanding chess openings course". You will also understand my motivation to create the course.

Section 2 | Games with white pieces: I will show you all the games played with white pieces. First, there would be the games that start with 1.e4-e5 (5 games), then 1.e4-d6 (3 games), 1.e4-c5 (2 games), 1.e4-c6 (2 games), 1.e4-d5 (2 games), 1.e4-g6, and 1.e4-e6. You will learn the idea for white in Petrov defense, Italian game, Philidor defense, Pirc, Sicilian, Caro Kann, Scandinavian, and French defense! The games would be useful to watch even if you do not play the openings yourself. I will be teaching some universal ideas that do not necessarily connect to a particular opening.

Section 3 | Games with black pieces: You will see all the games that I played with black pieces. First, you will see 6 games that start with 1.e4, and then you will see 3 games with 1.d4. You will learn Petrov's defense, Italian game, and Queen's gambit declined. There will also be one game when we enter an equal endgame (the opponent was a very decent player). You will take a glimpse into how to think in the endgame as well.

Section 4 | Conclusion: You will receive a short summary of the course and my thoughts about the future.


Who this course is for:

- Beginner/hobby chess players who want to play good chess from the very first moves

- Chess enthusiasts that studied my previous courses about tactics and openings and want to know more

- Anyone who is interested in improving their middlegame play

- Chess players that want to have harmonious play from the start to the end of the game


Who this course is for:
Beginner and club level players



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Control de Movimiento Kinetix 300 Servos Motion Control PLC

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Control de Movimiento Kinetix 300 Servos Motion Control PLC
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: Spanish | Size: 5.55 GB | Duration: 10h 31m

Curso para ejes indexados, programación y configuración software MotionView y Studio 5000 o RsLogix, Servomotores, PLC

What you'll learn
Principios básicos y lógicos para aplicar la especialidad de Motion Control en la industria con ejes indexados
Adquirir un pensamiento lógico para resolver problemas complejos en la industria de la automatización
Usar y aplicar conocimientos de los softwares de Motion Control de Rockwell Automation con ejes indexados
Cálculo de hardware a utilizar en cualquier línea a automatizar con Motion, aplicaciones sencillas
Conversiones de unidades
Kinetix 300 y software MotionView

Requirements
Conocimientos de PLC, software Studio 5000
Conocimientos de Automatización Industrial
Pensamiento Lógico

Description
Si estás interesado en la especialidad de Motion Control o control de movimiento, este curso es perfecto para arrancar.

Existen dos ramas de Motion Control:

-Ejes indexados (ejes independientes, sin necesidad de utilizar un PLC).

-Ejes no indexados (ejes dependientes, es necesario el uso de un PLC, pero se tienen aplicaciones más complejas).

Sé uno de los pocos ingenieros que apliquen el Control de Movimiento en la industria. Este especialidad en el ámbito de automatización es de las mejores pagadas a nivel mundial, ya que los profesionales que certificados son escasos.

Con este curso podrás:

-Instalar y conocer el software IAB.

-Calcular servos a utilizar para cualquier proyecto de automatización.

-Conocer, configurar y programar con software MotionView y Studio 5000 / RsLogix 5000.

-Problemas más comunes del Control de Movimiento.

-Pensamiento lógico aplicado a Control de Movimiento.

-Programación de control de movimiento desde cero.

Teniendo una base de programación de PLC, puedes tomar este curso y dar un paso a tu carrera, ya que esta área de la automatización industrial (literalmente) es el futuro en todas las industrias de cualquier giro. En un mundo de fabricación masiva, la automatización en control de movimiento es una necesidad que debe de satisfacerse de manera masiva.

NOTA: Este curso de Control de Movimiento es impartido por un ingeniero certificado en Motion Control en USA Cleveland, por parte de Rockwell Automation. Teniendo en su experiencia diversos proyectos de la misma índole en diferentes industrias en el país.


Who this course is for:
Estudiantes de Automatización Industrial o a fines
Ingenieros de Automatización y Robótica
Ingenieros de Mecatrónica
Ingenieros electrónicos
Ingenieros que requieran especialización en control de movimiento
Ingenieros con conocimientos en Motion



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Python for Data Science Bootcamp 2022: From Zero to Hero

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Python for Data Science Bootcamp 2022: From Zero to Hero
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 96 lectures (15h 22m) | Size: 5 GB

Learn Data Science with Python, Pandas, Scikit-learn, and more! | 4 Projects | 100+ exercises

What you'll learn:
Learn to use Pandas for Data Analysis
Use SciKit-Learn for Machine Learning Tasks
Learn Static and Interactive Visualization with Pandas
NLP: Binary Text Classification
Use Python for Data Science and Machine Learning
Implement Machine Learning Algorithms
Data Cleaning with Python
Basic Web Scraping with Python

Requirements
No previous knowledge in Python is required (but it's good if you know already know some basic stuff)

Description
Welcome to the Python for Data Science Bootcamp: From Zero to Hero. In this course, we're going to learn how to use Python for Data Science. In this practical course, we'll learn how to collect data, clean data, make visualizations and build a machine learning model using Python.

The main goal of this course is to take your programming and analytical skills to the next level to build your career in Data Science. To achieve this goal, we're going to solve hundreds of exercises and many cool projects that will help you put into practice all the programming concepts used in Data Science.

We'll learn the top Python Libraries used in Data Science such as Pandas, Numpy and Scikit Learn and we will use them to learn to solve tasks data scientists deal with on a daily basis (Data Cleaning, Data Visualization, Data Collection and Model Building)

This course covers 4 main areas sections.

1. Python for Data Science Crash Course: In the first section, we'll learn all the Python core concepts you need to know for Data Science. We'll learn how to use variables, lists, dictionaries and more.

2. Python for Data Analysis: We'll learn Python libraries used for data analysis such as Pandas and Numpy. Both are great tools for exploring and working with data. We'll use Pandas and Numpy to deal with data science tasks such as cleaning and preparing data.

3. Python for Data Visualization: In the third section, we'll learn how to make static and interactive visualizations with Pandas. Also, I'll show you some techniques to properly make data visualization.

4. Machine Learning with Python: In the fourth section, we'll learn scikit-learn by solving a text classification problem in Python. This is the most popular machine learning library in Python and we'll not only learn how to implement machine learning algorithms in Python but also we'll learn the core concepts behind the most common algorithms using practical examples.

Bonus (Basic Web Scraping with Python): Remember that at the end of this course, there's a bonus section where you will learn web scraping. Web scraping allows us to build our own dataset by extracting data from websites. This is a must-have skill for data scientists and we'll learn this technique with the Beautiful Soup library.

Who this course is for
Beginners who want to learn Data Science with Python from scratch



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Curso completo de Drives VFD o variadores de frecuencia, PLC

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Curso completo de Drives VFD o variadores de frecuencia, PLC
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: Spanish | Size: 9.48 GB | Duration: 16h 45m

Aprende a configurar cualquier marca de drives VFD, programa drive PowerFlex 525 con el PLC de Allen Bradley o Rockwell

What you'll learn
Cómo funcionan los motores de inducción
Funcionamiento de drives
Aplicaciones de la especialidad VFD drives dentro de la industria
Búsqueda de parámetros sin importar marca
Cableado de control y de potencia de variadores de frecuencia
Tipos de control en drives
Configurar cualquier tipo de drive sin importar la marca
Realizar una correcta autosintonía
Dispositivos esenciales de VFD
Realizar comunicación con PLC Allen Bradley
Uso de software CCW
Ejercicios en simulador
Recomendaciones reales en campo con los drives
Requirements
No se necesitan conocimientos previos para este curso

Description
Este curso es una especialidad dentro de la automatización industrial. Si tu interés está en ser uno de los mejores ingenieros en el campo de la automatización industrial, definitivamente el conocimiento de drives industriales debe ser parte de tu día a día.

Este curso de drives VFD, variadores de frecuencia, variadores de velocidad o inversores, tiene como garantía que aprendas a configurar drives de cualquier marca con la metodología de los 5 pasos.

La mejor manera de aprender es mediante la práctica, por lo tanto, se incluyen 2 simuladores de drives al adquirir este curso, para que puedas realizar tus configuraciones deseadas:

-Drive de la marca Danfoss.

-Drive de la marca Yaskawa.

Enseñaremos de una manera fluida las distintas aplicaciones y funcionamiento de los motores de inducción, cómo trabaja un variador de frecuencia, cableado de los drives, cuáles son los parámetros realmente importantes que se requieren al momento de configurarlos, cómo realizar los distintos tipos de sintonía dentro de un drive, el tipo de control SVC, V/Hz, DTC.

Con lo aprendido en las clases, realizaré de manera práctica junto con ustedes, la configuración y cableado de 4 distintas marcas de drives:

-Delta (marca Taiwanesa).

-Yaskawa (marca Japonesa).

-HNC (marca China).

-PowerFlex 525 (marca de Estados Unidos).

También, revisaremos los parámetros avanzados y conceptos únicos basados totalmente en experiencia en campo; temas que realmente necesitarás al momento de ejercer esta increíble especialidad.

Por último, enseñaré a comunicar drives de la marca Allen Bradley, con nuestro PLC de generación Logix, en otras palabras utilizaremos las ventajas de la comunicación para utilizar el software CCW y Studio 5000.


Who this course is for:
Ingenieros en Automatización, Robótica, Mecatrónica, Eléctricos.



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Hard Surface Vehicle Modeling Bajaj Pulsar 3Ds Max+Corona

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Hard Surface Vehicle Modeling Bajaj Pulsar 3Ds Max+Corona
Genre: eLearning | MP4 | Video: h264, 1280x720 | Audio: AAC, 48.0 KHz
Language: English | Size: 17.6 GB | Duration: 18h 28m




What you'll learn
In this course you will learn how to mdel a bike Bajaj Pulsar, texture it and lighting the scene
This course will be 18+ hours
In this course we will do the modeling from scrach
we will start from the image plane adjustment and move on..


Description
My self Naushad i am 3d artist working from all most 14+ years,

i have worked on lots of projects in these years, including modeling, animation, motion graphics and vfx works.

We will cover in this course how to place image plane then how we can start the modeling process.

then we will do some basic UV unwrapping to place our texture properly

we will use Photoshop to draw some texture and also to model the Pulsar logo

we will learn how we can model the Tyre and we will you some corona material for body parts

we will use HDRI light and corona render to render out our final product

i believe that after completing this course you will be able to do hard surface modeling easily

and you will be comfortable with the HDRI light setup also

it doesn't matter on what level you are beginner or advance you can easily understand the course and model stuffs after completing this ourse

and i will be available for you to help you out if you will face a any issue.

its really gonna be a joyful ride for you and for me as well.

i hope u will enjoy this course and learn something new.

So lets get started enjoy the journey.


Who this course is for:
Any one who wants to learn 3d modeling can join for this cource



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Mastering YouTube for the Busy Professional - Erika Kullberg

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Mastering YouTube for the Busy Professional - Erika Kullberg | 5.82 GB
I'm Erika Kullberg, attorney & founder of Plug and Law. I went from 0 subscribers to making over $100,000 on YouTube in under a year, all while working full-time as a lawyer. This course breaks down everything you need to know to create a profitable YouTube channel.

Curriculum
Module 1: Getting started
Module 2: the set up for success
Module 3: Phase 1 - Planning a video
Module 4: Phase 1 - Planning a video (time savers)
Module 5: Phase 2 - Recording and equipment
Module 6: Phase 2 - Recording and equipment (TIME SAVERS)
Module 7: Phase 3 - editing and uploading
Module 8: Phase 3 - editing and uploading (TIME SAVERS)
Module 9: getting subscribers (0 to 1,000)
Module 10: getting views
Module 11: Saving time (YouTube for people who don't have time for youtube)
Module 12: advanced - making money from youtube
Module 13: advanced - Youtube to grow your business
Module 14: Legal aspects of youtube
Module 15: Final tips

Homepage:

Screenshots
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Master Trader Program 2021 Superperformance Workshop with Mark Minervini

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Master Trader Program 2021 Superperformance Workshop with Mark Minervini | 12.93 GB
5 DAYS THAT WILL SHAPE EVERY ASPECT OF YOUR TRADING FOR THE REST OF YOUR LIFE
DON'T MISS THE ULTIMATE OPPORTUNITY TO LEARN FROM THE PROVEN CHAMPIONS

Mark Minervini
- Master Trader Program Architect
- U.S. Investing Champion
- Featured in Stock Market Wizard

David Ryan
- 3-Time Investing Champion
- Former William O'Neil Money Manager
- Featured in Market Wizards

Discover and Learn How to Unleash Your True Potential

Homepage:

Screenshots
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Link Download
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Stella Salumaa - Animate a Fake 3D House in After Effects
Duration: 1h 43m | Video: .MP4, 1280x720, 30 fps | Audio: AAC, 48 kHz, 2ch | Size: 753 MB
Genre: eLearning | Language: English
Animatea Fake3D House in 2Din After Effects.​


In this class you'll learn how to design and animate a fake 3D housein 2Din After Effects. I'll cover how I do research for ideas, design my house in Adobe Illustratorand animate it in Adobe After Effects.By the end of this project, you will have a beautiful animatedhouse that you can share online or show to your friends and family.
The Project Involves the Following Steps
Researching for ideas.
Designing your house in Adobe Illustrator.
Preparing your Adobe Illustrator file for animation in Adobe After Effects.
Animating in Adobe After Effects.
Sound and Music.
Rendering.
Share Your Work!
You will get the most out of this class if you share your process and final piece here on the class project gallery! Here are four possible things you can share
Your Work in Progress: House Design.
Your Work in Progress: House Animation.
Your Finished Design.
Your Finished Animation.
This project is great for anyone who wants to learn how to create a fake 3D house animation in 2D. It is meant for beginners, but it would be good, if you already have some knowledge of animation in general and Adobe illustrator and Adobe After Effects.
This class also will help you learn how to do research for your design ideas.
Enjoy the process and be sure to upload your projects so everyonecan enjoy them! Hashtag anyInstagram shares with #AnimateFake3DHouse and tag me @stellasalumaa
Required Software
Adobe Illustrator
Adobe After Effects
Links to my works
Vimeo
Dribbble
Behance

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Introduction to Programming in Java (2022)
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 114 lectures (13h 16m) | Size: 4.62 GB

Learn fundamental Java programming skills deeply and gain programming independence!
What you'll learn
Learn fundamental programming concepts, such as conditional, loops, functions, arrays and object-oriented programming
Learn how to program effectively in Java
Be able to write and test their own programs
Be ready to take more advanced programming courses
Requirements
No programming experience required. A computer to watch the course and follow along will be ideal.
Description
Looking to learn programming or Java for the first time? You've come to the right place!
Why should you take this course?
Our course is designed for beginners looking to gain fundamental programming skills in Java.
The course will cover all of the basics from conditionals, loops, functions, arrays, strings, characters and object-oriented programming (which include abstraction, inheritance, polymorphism, abstract classes and interfaces).
Lectures are short, engaging, organized, and effective, making use of illustrations to explain technical concepts.
Students will receive rigorous hands-on training through examples and practice problems, ensuring that the material is absorbed and part of the student's toolkit.
Problems will range in difficulty from simple to advanced, allowing students to match their skill level and understanding. Thorough solutions along with a write-up will be provided for all problems.
A programmatic mindset is emphasized to help students think like a programmer, not just blindly copy snippets of code.
The instructor has received his degree in Computer Science from Columbia University and is highly competent in programming and teaching.
Java is one of the most popular programming languages, used in almost all of the big tech companies. Learning Java will provide you the framework to learn any other language, such as C, C++, Python, to even web-development languages such as Javascript. The skills that you will learn in this class will easily translate to any programming project you will take. This class is a great investment into your future as a programmer!
Who this course is for
Beginners that want to learn Java or any programming language.
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MATLAB Basics & Artificial bee colony Optimization Algorithm
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 26 lectures (3h 16m) | Size: 924.3 MB

MATLAB Basics & its application to implement Artificial Bee Colony Algorithm to solve Engineering Optimization Problems
What you'll learn
Write MATLAB program to solve Engineering problems
Understand Artificial bee colony Optimization Algorithm (ABC)
Implement ABC Algorithm to solve benchmark problems
Implement ABC Algorithm to solve Mechanical Engineering problems
Design and develop MATLAB program using ABC Algorithm for Mechanical Engineering Optimization problem
Work on research problem leading to publication in international journals of high repute
Requirements
Knowledge of Basic Mathematics
Description
This course is specifically developed for B. Tech. and M. Tech/MS students of all Engineering disciplines. Especially the students of Mechanical, Electrical, Automobile, Chemical, Aeronautical, Electronics, Computer science, Instrumentation, Mechatronics, Manufacturing, Robotics and Civil Engineering can learn MATLAB basics and solve Engineering Optimization problems in their area as part of mini-project or capstone project. In addition to this, the course is also useful to Ph. D. students of different engineering branches. The course is designed in such a way that the student who is not well versed with MATLAB programing can learn the basics of MATLAB in the first part so that it is easy for him/her to understand MATLAB implementation of Artificial bee colony Algorithm to solve simple and advanced Engineering problems. The content is so organized that the learner should be able to understand Engineering optimization from scratch and solve research problems leading to publication in an international journal of high repute. It should be useful to students of all universities around the world. The course is under development stage and it will be upgraded shortly.
This course is divided into FOUR Parts
Part I - Basics of MATLAB Programming
Part 2 - Concept of Optimization and Artificial bee colony optimization Algorithm (ABC)
Part 3 - MATLAB Implementation of ABC algorithm to solve benchmark functions
Part 4 - MATLAB Implementation of ABC Algorithm to solve a typical Engineering optimization Problem
Who this course is for
Undergraduate, Post graduate Students and PhD scholars of all Engineering disciplines
Homepage





 
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Unity Ability System
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 42 lectures (5h 46m) | Size: 2.9 GB

Build an ability system from scratch
What you'll learn
How to implement an ability system
How to create user interfaces using the UI Toolkit
How to work with Unity's GraphView API
How to implement a save system
Requirements
In depth knowledge of Unity
A solid understanding of C#
Description
In this course, we will implement an ability system in Unity.
Unlike the Unreal Engine, Unity does not have an ability system package.
Who is this course for?
This is an advanced course designed for those who already have a fundamental grasp of Unity, and want to learn how to implement an ability system using SOLID design principles.
Are there any course requirements?
A solid understanding of C#
Previous experience using Unity
Previously taken the stat system course
What you will learn
How to implement ability costs
How to implement ability cooldowns
How to implement healing abilities
How to implement passive abilities
How to implement status effects
How to create ability buffs
How to create ability de-buffs
How to build a user interface to view ability data using the Unity's UI Toolkit
How to scale ability effects off of the player's stats
How to level up abilities and scale their effects based on the ability level
How to save changes to the ability system components
How to create custom editors using Unity's UI Toolkit
How to create custom controls using Unity's UI Toolkit
How to write Play Mode tests
How to use C# assembly definitions
How to work with Unity's GraphView API
How to work with ParticleSystems
If all this sounds appealing to you, please join me, and I'll see you inside the course.
Who this course is for
Indie game developers
Programmers
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