High-Performance Java Platform Computing: Multithreaded and Networked Programming

• the Clear, Practical Guide To Java Threads And Concurrency
• proven Design Patterns And Extensive Code Library
• expert Techniques For Optimizing Networked/distributed Applications
• avoiding Deadlocks, Race Conditions, And Synchronization Problems

Threading, Concurrency, And Beyond: Your Crystal-clear Java Performance Guide And Code Library!

Threading And Concurrency Are Crucial To Building High-performance Java Applications - But They Have A Reputation For Complexity. High-performance Java Computing Thoroughly Demystifies Them, Helping Developers Leverage Threading And Concurrency To Solve A Wide Variety Of Performance Problems - Especially In Networked, Distributed Applications. This Book Delivers Practical Solutions, Proven Design Patterns, And A Rigorously Tested Code Library: Everything You Need To Build Optimized Java Software For Technical, Business, And E-commerce Applications. Coverage Includes:

• java 2 Threads Classes: Daemon Threads, Thread Control, Scheduling, And More
• solving The Key Problems Of Parallelism: Deadlocks, Race Conditions, And Synchronization
• advanced Techniques For Optimizing Concurrent Code
• java Monitors, Parallelizing Loops, And Parallel Execution Of Subroutines In Shared Memory
• new Design Patterns For Distributed Application Development

There's Never Been A More Accessible, Practical Guide To Java Multi-threading, Concurrency, And Other High-performance Techniques. When Performance Really Matters, Turn To High-performance Java Computing - And Find The Solution You're Searching For!

about The Author:
thomas W. Christopher And George K. Thiruvathukal Are Principals In Tools Of Computing Llc, A Chicago-area Consulting Firm Specializing In High-performance Computing And Object-oriented Languages. A Professor Of Computer Science For Over Twenty Years, Christopher Has Written Several Compilers. Thiruvathukal, A Former Computer Scientist At Argonne National Laboratories, Is Now A Visiting Professor At Loyola University In Chicago And Secretary General Of The Java Grande Group, Whose Aim Is To Advance Java-based Scientific And Technical Computing.