ECRTS 2003: 15th Euromicro Conference on Real-Time Systems : Proceedings : 2-4 July, 2003, Porto, Portugal
IEEE Computer Society, Jan 1, 2003 - Real-time data processing - 303 pages
The typical subjects treated in the conference are traditionally related to scheduling, communication, operating systems, design methods, computer architectures, networks, performance analysis, and many more. During the last few years, the field of real-time systems quickly expanded toward new application areas, including multimedia computing, embedded systems, and wireless networks. Such new domains gave rise to new challenges and stimulated research in novel directions, such as quality of service management, energy-aware computing, stochastic scheduling, and feedback-based techniques for adaptive operating systems.
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Initial Values for OnLine Response Time Calculations
An Improved Schedulability Test for Uniprocessor Periodic Task
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activation allocation aperiodic application arrival assigned assume bandwidth Baruah buffer busy period clock Computer consider constraints context switch critical section decoding defined denote dynamic earliest deadline EDF scheduling embedded systems energy Equation Euromicro evaluation execution FCS-HEF feasible Figure fixed priority frame global scheduling hard real-time Hence HRT-HOOD IEEE Real-Time Systems implementation initial value input instance interval jitter latency Lemma maximum MPEG multiprocessor scheduling nodes object operation optimal overhead paper parameters partitioning performance periodic tasks POSIX priority inversion problem Proc processor protocol quantum queue Real-Time Computing Real-Time Systems Symposium real-time tasks recharging region relative deadline release replay requirements resource reweighting RTSJ schedulability test scheduling algorithm scheduling policy self-suspension server simulation sleep mode slot solution specific static subtask supertasks synchronization task model task set task system Theorem thread tion transaction uniform multiprocessor utilization bound worst-case execution worst-case response write barrier