*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!
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.