Parallel blocked all-pair shortest path algorithm: block size effect on cache operation in multi-core system of the
hierarchical cache memory on the
parameters of algorithm implementations on multi-processor/multi-core systems
Optimization of data allocation in hierarchical memory for blocked shortest paths algorithms of main
memory blocks to a single
cache block. BSPA performs multiple recalculations of a block over one
Inference of shortest path algorithms with spatial and temporal locality for Big Data processing in science, engineering and economics. Such computer architectures as multi-core systems explore
hierarchical Tuning block-parallel all-pairs shortest path algorithm for efficient multi-core implementation hierarchical cache memory on the parameters of algorithm implementation depending on the size of the graph
All pairs shortest paths search in large graphs algorithms give a manifold reduction in the exchange of data between the
hierarchical memory levels
EMERGING ARCHITECTURES FOR PROCESSOR-IN-MEMORY CHIPS: TAXONOMY AND IMPLEMENTATION on
Cache-CPU/Main
Memory/Storage Class
Memory and Storage levels. In the past decade, a few different
Ultra-Fast Perpendicular Spin-Orbit Torque MRAM and low-power write operations, which makes it promising for non-volatile
cache memory applications.
Потоковый блочно-параллельный алгоритм поиска кратчайших путей на графе the data exchanges among local
caches of cores and between neighbor levels of
hierarchical memory.
A study on linear regression of cpi and miss ratios in hierarchy memory of nehalem systemsRecently, with growing the gap between processors and
memory speeds, parallel performance on chip