The performance of contiguous allocation strategies can be significantly affected by the type
of the distribution adopted for job execution times. In this paper, the performance of the …

This research paper presents a new contiguous allocation strategy for 3D mesh-connected
multicomputers. The proposed strategy maintains a list of maximal free sub-meshes and …

The performance of contiguous allocation strategies can be significantly affected by the
distribution of job execution times. In this paper, the performance of the existing contiguous …

Efficient processor allocation and job scheduling algorithms are critical if the full
computational power of large-scale multicomputers is to be harnessed effectively. Processor …

The performance of the famous non-contiguous allocation algorithms (Paging (0), Multiple
Partner, and Random) proposed for k-ary n-cube connected multi computers have been …

Contiguous processor allocation is useful for security and accounting reasons. This is due to
the allocated jobs are separated from one another, where each sub-mesh of processors is …

The non-contiguous allocation strategies (NCAS) execution might be genuinely full of the
activity booking procedure utilized for restricting the sort in which occupations are decide to …

Although contiguous allocation is known to suffer from high processor fragmentation, it is
useful for security and accounting reasons. This is because the allocated jobs are isolated …

This chapter presents an extensive evaluation of a new contiguous allocation strategy
proposed for 3D mesh multicomputers. The strategy maintains a list of maximal free sub …