Concurrency, Multithreading, Synchronization, Executor Framework, Fork/Join Framework, Atomic Variables and more
What you will learn
Java
Concurrency
Multithreading
Thread management
Synchronization for thread safety
Executor Framework
Fork/Join Framework
Thread pooling
Atomic variables for thread safety
Inter-thread communication with wait-notify
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- Unlocking Multi-Core Power: Master designing ultra-responsive, high-throughput applications by effectively leveraging modern multi-core processors, fundamentally shifting from sequential to truly parallel programming paradigms.
- Strategic Concurrency Models: Develop a nuanced understanding of diverse concurrency paradigms, selecting and applying the most suitable models to manage complexity, optimize resource utilization, and mitigate common pitfalls.
- Guaranteed Data Integrity: Implement robust strategies to meticulously protect shared mutable state from race conditions, deadlocks, and subtle memory visibility issues, ensuring unwavering data consistency in concurrent environments.
- Advanced Task Orchestration: Transition from manual thread handling to intelligent, framework-driven task orchestration via sophisticated thread pools, optimizing resource allocation and managing concurrent workloads for peak performance.
- Accelerated Problem Solving: Apply parallel decomposition techniques to break down complex, CPU-intensive problems, enabling concurrent execution and dramatically accelerating data processing and computationally demanding tasks.
- Modern Lock-Free Solutions: Explore cutting-edge, non-blocking synchronization using atomic variables, achieving superior thread safety and scalability without the overhead and potential deadlocks of traditional locks.
- Seamless Inter-Thread Collaboration: Design elegant communication pathways for threads to cooperate, share results, and synchronize actions efficiently, building highly coordinated and resilient concurrent systems.
- PROS:
- Hands-On Mastery: Emphasizes practical, project-based learning for immediate application of complex concurrency concepts.
- Elite Performance Skills: Cultivates expertise in identifying and resolving multithreaded application performance bottlenecks.
- Career Acceleration: Provides highly sought-after, advanced Java skills crucial for high-performance and enterprise roles.
- Future-Proof Knowledge: Focuses on modern Java features and best practices for scalable concurrent system design.
- CONS:
- Strong Java Prerequisite: Requires solid intermediate Java knowledge, including generics, collections, and lambda expressions, as course content is advanced.
English
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