Maximal strips data structure to represent free space on partially reconfigurable FPGAs

Document Type

Conference Proceeding

Publication Date

8-1-2009

Abstract

Partially reconfigurable devices allow the execution of multiple tasks simultaneously on the same chip. To schedule a set of tasks in a small amount of time, the scheduling algorithm will need to represent the free space efficiently. A data structure to represent free space should allow the scheduler to identify free space in which to place a new task and admit efficient updates after placing or removing a task. In this paper, we review some existing data structures and analyse their time complexity. We propose a new structure using maximal horizontal and vertical strips (MHVS) to represent the free space. These strips start and stop at task boundaries. Simulation and time analysis showed that this method has better time complexity than many other free space data structures and at the same time has a very reasonable rejection ratio on real-time tasks compared to other methods. © 2009 Taylor & Francis.

Publication Source (Journal or Book title)

International Journal of Parallel, Emergent and Distributed Systems

First Page

349

Last Page

366

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