Contiguous allocation of parallel jobs in multicomputers usually suffers from the degrading
effects of fragmentation, because it requires that the allocated processors be contiguous and …

The fractal cubic network graphs (FCNG), previously studied by Karci and Selcuk (2015), are
reviewed in this paper. First, general information about FCNG is provided, and new …

Several processor allocation studies show that the performance of noncontiguous allocation
is dramatically better than that of contiguous allocation, but this is not always true. 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 …

In non-contiguous allocation, a job request can be split into smaller parts that are allocated
possibly non-adjacent free sub-meshes rather than always waiting until a single sub-mesh …

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 …

Single-chip multicore processors and their network on chip interconnection mechanisms
have received extensive interest since the early 2000s. The mesh topology is popular in …

The fractal cubic network graphs ($ FCNG $) of Karci and Selcuk (2015) are revisited in this
paper. Firstly, general information about $ FCNG $ is given, and then new topological …

Contiguous sub-mesh allocation usually suffers from the degrading effects of processor
fragmentation as it requires that the processors that are allocated to a job request should be …

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 …