Results 241 to 250 of about 311,744 (293)

Java in real-time applications

IEEE Transactions on Nuclear Science, 1998
This paper addresses the use of the Java programming language for real-time applications, giving an overview of its main advantages and current limitations. Java can implement at language level several of the constructs defined by the POSIX1.b standard for real-time applications.
E. Bertolissi, C. Preece
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The real-time specification for Java

Computer, 2000
Gregory Bollella, James Gosling
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Real Java for real time - gain and pain

Proceedings of the international conference on Compilers, architecture, and synthesis for embedded systems - CASES '02, 2002
The Java programming language, being a portable and safe object-oriented language, has gained much interest among embedded and real-time systems developers. However, standard Java implementations exhibit problems with performance, memory footprint, and predictability.
Anders Nilsson 0003, Torbjörn Ekman 0001, Klas Nilsson   +2 more
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A real-time Java system on a multithreaded Java microcontroller

Proceedings Fifth IEEE International Symposium on Object-Oriented Real-Time Distributed Computing. ISIRC 2002, 2003
This paper presents a real-time Java hardware and software system for use in embedded applications. The system includes a multithreaded Java microcontroller, an adapted Java Virtual Machine (JVH) and an extended application programming interface (API). The microcontroller core is designed with a multithreaded pipeline and hardware support for real-time
Ungerer, Theo, Pfeffer, Matthias, Uhrig, Sascha, Brinkschulte, Uwe   +3 more
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Implementing and optimizing real-time Java

Proceedings International Parallel and Distributed Processing Symposium, 2004
The Real-time Java Experts Group has defined the real-time specification for Java (RTSJ), which provides the following capabilities: (1) new memory management models that can be used in lieu of garbage collection, (2) access to raw physical memory. (3) a higher resolution time granularity suitable for real-time systems, and (4) stronger guarantees on ...
Angelo Corsaro, Ron Cytron
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Real-Time Java

1998
This chapter considers Java as a language for real-time computer systems. This may not be as absurd as it at first appears, as the language from which Java evolved (called Oak) was designed for “smart” consumer electronic devices (such as TV-top control boxes).
John Edward Hunt, Alexander George McManus   +1 more
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Java for real-time

Real-Time Systems, 1996
Java is a new programming language publicly released by Sun Microsystems in May of 1995 with hopes of revolutionizing the software industry. The popular press has responded with numerous articles touting the language's benefits. Since many of the applications which Java is intended to serve have real-time characteristics, we have recently undertaken to
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Refactoring Real-Time Java Profiles

2011 14th IEEE International Symposium on Object/Component/Service-Oriented Real-Time Distributed Computing, 2011
Just like other software, Java profiles benefits from refactoring when they have been used and have evolved for some time. This paper presents a refactoring of the Real-Time Specification for Java (RTSJ) and the Safety Critical Java (SCJ) profile (JSR-302).
Hans Søndergaard, Bent Thomsen, Anders P. Ravn, René Rydhof Hansen, Thomas Bøgholm   +4 more
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Real-Time Garbage Collection for Java

Ninth IEEE International Symposium on Object and Component-Oriented Real-Time Distributed Computing (ISORC'06), 2006
Automatic memory management or garbage collection greatly simplifies the development of large systems. However, garbage collection is usually not used in real-time systems due to the unpredictable temporal behavior of current implementations of a garbage collector.
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TART: Timed-Automata to Real-Time Java Tool

2010 8th IEEE International Conference on Software Engineering and Formal Methods, 2010
In previous work, we have proposed a model-based approach to developing real-time Java programs from timed automata. This approach allows us to verify the timed automata model mechanically by using current real-time model checking tools. Programs are then derived from the model by following a systematic approach. TART (timed automata to RTSJ Tool) is a
Niusha Hakimipour, Paul A. Strooper, Andy J. Wellings   +2 more
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