2007Unpublished venueRequires access

Multiprocessor Scheduling for Distance-Constrained Task Systems

Da‐Ren Chen, Yu-Chun Chu, Chiun‐Chieh Hsu

Open publisher page 2 citations

Abstract

In this paper, we pay attention to the real-time multiprocessor scheduling for Distance-Constrained Tasks. By using Early-release-fair (ERfair) model, we propose two efficient algorithms to probe whether the distance constraints of every task can be guaranteed. Moreover, they gather the unfeasible tasks and inflate them with a reweighting function. The proposed algorithms are linear-time and increase significantly the ratio of schedulable task sets.

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What this paper is about

In this paper, we pay attention to the real-time multiprocessor scheduling for Distance-Constrained Tasks. By using Early-release-fair (ERfair) model, we propose two efficient algorithms to probe whether the distance constraints of every task can be guaranteed. Moreover, they gather the unfeasible tasks and inflate them with a reweighting function. The proposed algorithms are linear-time and increase significantly the ratio of schedulable task sets.

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Available abstract

In this paper, we pay attention to the real-time multiprocessor scheduling for Distance-Constrained Tasks. By using Early-release-fair (ERfair) model, we propose two efficient algorithms to probe whether the distance constraints of every task can be guaranteed. Moreover, they gather the unfeasible tasks and inflate them with a reweighting function. The proposed algorithms are linear-time and increase significantly the ratio of schedulable task sets.

Key concepts: Multiprocessing, Computer science, Processor scheduling, Scheduling (production processes), Task (project management), Multiprocessor scheduling, Task analysis, Parallel computing

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