Non-contiguous processor allocation strategy for 2D mesh connected ...
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Non-contiguous processor allocation strategy for 2D mesh connected multicomputers based on sub-meshes available for allocation. Abstract: Contiguous allocation ...
Non-contiguous Processor Allocation Strategy for 2D Mesh Connected. Multicomputers based on Sub-meshes Available for Allocation. S. Bani-Mohammad. Glasgow ...
In this paper, a new noncontiguous processor allocation strategy, referred to as Greedy-Available-Busy-List, is suggested for the 2D mesh network, and is ...
In this paper, a new noncontiguous processor allocation strategy, referred to as Greedy-Available-Busy-List, is suggested for the 2D mesh network, and is ...
Jul 15, 2007 · In this paper, a new non-contiguous processor allocation strategy, referred to as Greedy-Available-Busy-List, is suggested for the 2D mesh ...
In non-contiguous allocation, a job can execute on multiple disjoint smaller sub-meshes rather than always waiting until a single sub-mesh of the requested size ...
In this paper, a new non-contiguous processor allocation strategy, referred to as Greedy-Available-Busy-List, is suggested for the 2D mesh network, and is ...
Abstract-- Two adaptive noncontiguous allocation strategies for. 2D-mesh multicomputers are proposed in this paper. The first is first-fit-based and the ...
Dive into the research topics of 'Non-contiguous processor allocation strategy for 2D mesh connected multicomputers based on sub-meshes available for allocation ...
A new noncontiguous allocation strategy for 2D mesh multicomputers, referred to as All Request Shapes Greedy Available Busy List (ARSGABL for short), ...