Deadline spanning: a graph based approach

Deadline spanning: a graph based approach

Microkernel based systems tend to depend heavily on IPC. This paper addresses the problem of a system response spanning more than one task in an embedded real-time system. The approach is based on a mix of classical response time analysis equations and a graph based approach to estimate the impact o...

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1. Verfasser: Petters, S.M.
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Sprache:eng
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Australia Council
Computer science
Control systems
Delay
Differential equations
Embedded system
Kernel
Operating systems
Real time systems
Yarn
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description Microkernel based systems tend to depend heavily on IPC. This paper addresses the problem of a system response spanning more than one task in an embedded real-time system. The approach is based on a mix of classical response time analysis equations and a graph based approach to estimate the impact of different parts of the system on the time needed by the system to respond. This approach has the major advantage of being intuitive.
doi_str_mv 10.1109/RTCSA.2005.35
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Australia Council
Computer science
Control systems
Delay
Differential equations
Embedded system
Kernel
Operating systems
Real time systems
Yarn
title Deadline spanning: a graph based approach
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