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Java: Multiprocessing & Concurrency Design Training

Live Online & Classroom Enterprise Training

Multiprocessing in Java involves running multiple processes in parallel to utilize multi-core processors, while concurrency design enables efficient execution of multiple threads within a process using features like Thread, Executor Service, and synchronization mechanisms to manage shared resources.

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What is Java: Multiprocessing & Concurrency Design Training about?

This course provides an in-depth understanding of Java’s multiprocessing and concurrency mechanisms, enabling developers to build efficient, scalable, and high-performance applications. It covers essential topics such as threads, concurrency utilities, synchronization techniques, parallel programming, and best practices for handling concurrent tasks. 

What are the objectives of Java: Multiprocessing & Concurrency Design Training ?

  • Understand Java’s threading model and process management
  • Implement multithreading using Java’s Thread class and Runnable interface
  • Use synchronization techniques to avoid race conditions and deadlocks
  • Leverage Java’s concurrent utilities (ExecutorService, ForkJoinPool, Locks, etc.)
  • Develop high-performance applications using parallel computing
  • Debug and optimize concurrent Java applications
  • Apply design patterns and best practices in concurrency programming

Who is Java: Multiprocessing & Concurrency Design Training for?

  • Software Developers and Engineers
  • Java Backend Developers
  • Architects designing high-performance systems
  • Professionals working on distributed and multi-threaded applications
  • Computer Science students interested in parallel computing 

What are the prerequisites for Java: Multiprocessing & Concurrency Design Training?

Proficiency in Core Java (OOP, Collections, Exception Handling)

Available Training Modes

Live Online Training

3 Days

Self-Paced Training

30 Hours

Course Outline Expand All

Expand All

  • What is concurrency and parallelism?
  • Benefits and challenges of multithreading
  • Difference between processes and threads
  • Java’s thread model and JVM thread management
  • Creating and managing threads in Java (Thread class vs. Runnable interface)
  • Thread lifecycle and states
  • Thread priorities and daemon threads
  • Interrupting and stopping threads
  • Shared resource problems and race conditions
  • Synchronized methods and blocks
  • Locks and ReentrantLock usage
  • Deadlocks, livelocks, and starvation
  • Atomic variables and volatile keyword
  • Introduction to java.util.concurrent package
  • Executors and Thread Pools (ExecutorService, ScheduledThreadPool)
  • Callable, Future, and CompletableFuture
  • Countdown Latches, Cyclic Barriers, and Phaser
  • Semaphore and thread coordination techniques
  • Parallel programming with ForkJoinPool
  • Parallel Streams and performance considerations
  • ThreadLocal and thread confinement
  • Performance tuning for concurrent applications
  • Principles of designing concurrent systems
  • Choosing the right concurrency model
  • Asynchronous programming and event-driven concurrency
  • Case studies of real-world concurrent application
  • Tools for monitoring and profiling Java threads
  • Identifying and resolving concurrency issues
  • Best practices for debugging multithreaded applications
  • Performance tuning techniques

Who is the instructor for this training?

The trainer for this Java: Multiprocessing & Concurrency Design Training has extensive experience in this domain, including years of experience training & mentoring professionals.

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