The Definitive Guide to Java RTS for Developers and Architects
Sun Microsystems’ Java Real-Time System (Java RTS) is proving itself in numerous, wide-ranging environments, including finance, control systems, manufacturing, and defense. Java RTS and the RTSJ standard (JSR-001) eliminate the need for complicated, specialized, real-time languages and operating environments, saving money by leveraging Java’s exceptional productivity and familiarity.
In Real-Time Java™ Programming, two of Sun’s top real-time programming experts present the deep knowledge and realistic code examples that developers need to succeed with Java RTS and its APIs. As they do so, the authors also illuminate the foundations of real-time programming in any RTSJ-compatible environment.
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Real-Time Java Programming The Definitive Guide to Java RTS for Developers and Architects * For Java developers and architects moving to real-time, and real-time developers moving to Java* Walks through start-to-finish case study applications, identifying their constraints and discussing the APIs and design patterns used to address them* Written by the former leader of the real-time Java standards process and one of Wall S... Full descriptionAbout the Author:
Eric J. Bruno is a Systems Engineer at Sun, with a focus on Java RTS in the financial community. He is the author of the book, Java Messaging, and has more than twenty-five technology articles to his name. He is currently a contributing editor for Dr. Dobb's Journal and writes their online Java blog. Prior to Sun, Eric worked at Reuters where he developed real-time trading systems, order-entry and routing systems, as well as real-time news and quotes feeds, in both Java and C++.
Greg Bollella, Ph.D., is a Distinguished Engineer at Sun, leading research and development for real-time Java. Greg was the specification lead for JSR-001, otherwise known as the Real-Time Specification for Java (RTSJ), and led the Real-time for Java Expert Group under the Java Community Process. Since 1992, Greg has been interested in algorithms and software architectures that support deterministic execution completion guarantees within general-purpose operating systems and virtual machines. He has a Ph.D. in computer science from the University of North Carolina at Chapel Hill, where he wrote a dissertation on real-time scheduling theory and real-time systems implementation. Greg has written countless books, articles, and professional papers on the subject of real-time computing.
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