Overview
Master core Java concurrency concepts, including thread creation, synchronization, and race conditions. Learn about synchronized and concurrent collections, deadlock prevention, and advanced techniques like lock-free programming with atomic variables to build efficient multithreaded applications.
Syllabus
- Introduction to Java Concurrency
- This introductory course covers essential Java multithreading concepts like thread creation, synchronization, and race condition prevention. You'll explore synchronized and concurrent collections, deadlock prevention, and advanced techniques such as lock-free programming with atomic variables.
- Java Concurrency Foundations
- This course builds on the concepts from the introductory Java Concurrency course. It dives deeper into memory visibility, synchronization mechanisms, deadlocks, inter-thread communication, and introduces lock-free programming techniques. You will learn how to optimize synchronization, use advanced lock mechanisms, and prevent common concurrency issues such as deadlocks and race conditions.
- Java Concurrency In Practice
- This practice-based course builds on concepts from Java Concurrency Foundations, with real-life tasks focused on synchronization, lock-free programming, deadlock prevention, and inter-thread communication. Each unit presents practical scenarios that challenge you to solve concurrency issues and reinforce your understanding.
- Synchronized and Concurrent Collections in Java
- This course dives into Java's synchronized and concurrent collections, covering thread-safe options like ConcurrentHashMap, CopyOnWriteArrayList, and blocking queues. You'll learn to manage data sharing and concurrency effectively, transitioning from basic synchronized collections to high-performance, scalable concurrent utilities for real-world applications.
- Concurrent Collections in Action
- This practice-based course builds on concepts from "Synchronized and Concurrent Collections in Java." It includes real-world tasks centered on using concurrent collections, advanced synchronization techniques, and efficient data-sharing methods. Each unit presents practical scenarios where you'll tackle concurrency challenges and strengthen your skills.
Courses
-
This introductory course covers essential Java multithreading concepts like thread creation, synchronization, and race condition prevention. You'll explore synchronized and concurrent collections, deadlock prevention, and advanced techniques such as lock-free programming with atomic variables.
-
This course builds on the concepts from the introductory Java Concurrency course. It dives deeper into memory visibility, synchronization mechanisms, deadlocks, inter-thread communication, and introduces lock-free programming techniques. You will learn how to optimize synchronization, use advanced lock mechanisms, and prevent common concurrency issues such as deadlocks and race conditions.
-
This practice-based course builds on concepts from Java Concurrency Foundations, with real-life tasks focused on synchronization, lock-free programming, deadlock prevention, and inter-thread communication. Each unit presents practical scenarios that challenge you to solve concurrency issues and reinforce your understanding.
-
This course dives into Java's synchronized and concurrent collections, covering thread-safe options like ConcurrentHashMap, CopyOnWriteArrayList, and blocking queues. You'll learn to manage data sharing and concurrency effectively, transitioning from basic synchronized collections to high-performance, scalable concurrent utilities for real-world applications.
-
This practice-based course builds on concepts from "Synchronized and Concurrent Collections in Java." It includes real-world tasks centered on using concurrent collections, advanced synchronization techniques, and efficient data-sharing methods. Each unit presents practical scenarios where you'll tackle concurrency challenges and strengthen your skills.