A Guide to Java Concurrency and Multithreading

A Guide to Java Concurrency and Multithreading, available at $19.99, with 47 lectures, 7 quizzes, and has 5 subscribers.

You will learn about You will learn java concurrency framework. You will understand the java memory model, thread safety, atomicity, inter-thread communication You will understand Immutability and it's usage You will learn about executors, thread pools, producer consumer pattern. You will learn about the high level concurrency objects such as CountDownLatch, CyclicBarrier, Semaphore, Exchanger and Phaser. You will understand what is deadlock and how to resolve it. You will understand java collections framework and some of the concurrent collections provided by java concurrency framework. You will learn about the atomic classes of java concurrency framework. You will get to know the difference between blocking and non-blocking algorithms. You will learn how to build your own synchronizer using AbstractQueuedSynchronizer This course is ideal for individuals who are Java developer who wants to get good grasp on java concurrency or Anyone who has learned a bit about programming and wants to get know the fundamentals of java multithreading. or Anyone who is working on project which uses java concurrency framework. It is particularly useful for Java developer who wants to get good grasp on java concurrency or Anyone who has learned a bit about programming and wants to get know the fundamentals of java multithreading. or Anyone who is working on project which uses java concurrency framework.

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Summary

Title: A Guide to Java Concurrency and Multithreading

Price: $19.99

Number of Lectures: 47

Number of Quizzes: 7

Number of Published Lectures: 47

Number of Published Quizzes: 7

Number of Curriculum Items: 55

Number of Published Curriculum Objects: 55

Original Price: ₹799

Quality Status: approved

Status: Live

What You Will Learn

You will learn java concurrency framework.
You will understand the java memory model, thread safety, atomicity, inter-thread communication
You will understand Immutability and it's usage
You will learn about executors, thread pools, producer consumer pattern.
You will learn about the high level concurrency objects such as CountDownLatch, CyclicBarrier, Semaphore, Exchanger and Phaser.
You will understand what is deadlock and how to resolve it.
You will understand java collections framework and some of the concurrent collections provided by java concurrency framework.
You will learn about the atomic classes of java concurrency framework.
You will get to know the difference between blocking and non-blocking algorithms.
You will learn how to build your own synchronizer using AbstractQueuedSynchronizer

Who Should Attend

Java developer who wants to get good grasp on java concurrency
Anyone who has learned a bit about programming and wants to get know the fundamentals of java multithreading.
Anyone who is working on project which uses java concurrency framework.

Target Audiences

Java developer who wants to get good grasp on java concurrency
Anyone who has learned a bit about programming and wants to get know the fundamentals of java multithreading.
Anyone who is working on project which uses java concurrency framework.

Welcome to the Java concurrency course. In this course, you will get familiar with the concepts of java multithreading and how it is used to build modern concurrent application. Why learn java concurrency?. The concepts that you will learn from this course can be applied to all the programming languages which provide concurrency support. Whether you are beginner or seasoned programmer, you will definitely learn something from this course. Java is the most widely used language from server to mobile phones.

This course will teach you how to think in concurrency. By completing this course, you will be able to get good hands on java multithreading. By the end of this course, you will acquire all the necessary skills to work on a project which requires multithreading and java concurrency.

This course explains the concept of concurrency and its related features in depth. If you come from other programming languages it’s better to learn the basics of java and it’s syntax.

The followings are what you will get from this course.

understand the concept of concurrency
how to use java concurrency framework to build simple application
how cpu and memory plays a role in java multithreading.
you will get clear understanding of when and where to use lock
understand the difference between blocking and non blocking algorithms
how to build your own locks using abstractqueuedsynchronizer
understand what is immutability
understand the role of atomic classes

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Concurrency vs Parallelism

Lecture 3: Race Condition

Lecture 4: Java Memory Model

Lecture 5: Java Memory Model Demo

Lecture 6: Thread Safety

Lecture 7: Atomicity Volatile Synchronized

Lecture 8: Atomic Continued

Lecture 9: Atomicity Volatile Synchronized Demo

Lecture 10: Immutable

Lecture 11: Immutable Demo

Chapter 2: Non Blocking Algorithms

Lecture 1: Atomic Classes

Lecture 2: Atomic Classes Demo

Chapter 3: Threads

Lecture 1: Threads Lifecycle Demo

Lecture 2: Inter Thread Communication (wait, notify and notifyAll)

Lecture 3: Inter Thread Communication Demo

Chapter 4: Executors & ThreadPools

Lecture 1: Executors

Lecture 2: Executors Demo

Lecture 3: ThreadPoolExecutor

Lecture 4: ThreadPoolExecutor Demo

Lecture 5: ForkJoinPool

Lecture 6: ForkJoinPool Demo

Lecture 7: Producer Consumer

Lecture 8: Producer Consumer Demo

Chapter 5: Locks

Lecture 1: Locks

Lecture 2: Locks Demo

Lecture 3: DeadLock

Lecture 4: DeadLock Demo

Lecture 5: DeadLock Demo Continued…

Lecture 6: DeadLock Demo Continued…

Chapter 6: High Level Concurrency

Lecture 1: CountDownLatch

Lecture 2: CountDownLatch Demo

Lecture 3: CyclicBarrier

Lecture 4: CyclicBarrier Demo

Lecture 5: Semaphore

Lecture 6: Semaphore Demo

Lecture 7: Phaser

Lecture 8: Phaser Demo

Lecture 9: Exchanger

Lecture 10: Exchanger Demo

Chapter 7: Custom Synchronizer

Lecture 1: Build your own synchronizer

Lecture 2: Build your synchronizer using AbstractQueuedSynchronizer

Chapter 8: Collections & Concurrency

Lecture 1: Collections & Concurrency

Lecture 2: Collections & Concurrency Continued

Chapter 9: Problems & Assignments

Lecture 1: Print ZeroOddEven

Lecture 2: Print ZeroOddEven Demo

Chapter 10: Resources

Lecture 1: Complete source code of this course is available at my github repository

Instructors

Vetriselvan M
Developer, Project Lead and Lead Instructor

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