| Abstract |
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The paper presents a low cost embedded hardware and
software architecture that makes use of COTS components
to support distributed real-time embedded systems. The
proposed architecture addresses a common problem in
conventional architectures: undesirable timing variations in
application’s temporal behavior due to overload caused by
operating system activities when dealing with concurrent
and time-triggered processes. The proposed architecture
makes use of a 32bits high performance microcontroller and
the open source code operating system for embedded
applications uClinux and it enhances these with extensions to
better cope with distributed real-time systems development.
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 Additional Information
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Citation:
Carlos E. Pereira, Marcelo Götz,
"Architectural solutions for enhancing the real-time behavior of distributed embedded systems,"
words,
p. 164,
Eighth IEEE International Workshop on Object-Oriented Real-Time Dependable Systems (WORDS'03),
2003
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