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2004•Unpublished venueRequires access

Restrictions of Java for embedded real-time systems

Martin Schoeberl

Open publisher page 21 citations

Abstract

Java, with its pragmatic approach to object orientation and enhancements over C, got very popular for desktop and server application development. The productivity increment of up to 40% compared with C++ [E. Quinn et al., (1998)] attracts also embedded systems programmers. However, standard Java is not practical on these usually small devices. This paper presents the status of restricted Java environments for embedded and real-time systems. For missing definitions, additional profiles are proposed. Results of the implementation on a Java processor show that it is possible to develop applications in pure Java on resource constraint devices

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What this paper is about

Java, with its pragmatic approach to object orientation and enhancements over C, got very popular for desktop and server application development. The productivity increment of up to 40% compared with C++ [E. Quinn et al., (1998)] attracts also embedded systems programmers. However, standard Java is not practical on these usually small devices. This paper presents the status of restricted Java environments for embedded and real-time systems. For missing definitions, additional profiles are proposed. Results of the implementation on a Java processor show that it is possible to develop applications in pure Java on resource constraint devices

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OpenAlex reports 21 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Java, with its pragmatic approach to object orientation and enhancements over C, got very popular for desktop and server application development. The productivity increment of up to 40% compared with C++ [E. Quinn et al., (1998)] attracts also embedded systems programmers. However, standard Java is not practical on these usually small devices. This paper presents the status of restricted Java environments for embedded and real-time systems. For missing definitions, additional profiles are proposed. Results of the implementation on a Java processor show that it is possible to develop applications in pure Java on resource constraint devices

Key concepts: Java, Embedded Java, Computer science, Real time Java, Java Card, strictfp, Operating system, Java concurrency

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