Keywords: بسیاری از هسته; Many-core; Single thread; Performance; Neumann abstractions; Hybrid architecture; Explicitly many-processor approach; Computing principle;
مقالات ISI بسیاری از هسته (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: بسیاری از هسته; Boundary element method; Quadrature; SIMD; Vectorization; Intel Xeon Phi; Many-core; 65N38; 65Y05; 68W10;
Keywords: بسیاری از هسته; Partitioned global address space; Coarray fortran; Many-core;
Keywords: بسیاری از هسته; Many-core; Online test; Peti Net modeling; Reliability; Software-based self-test
Keywords: بسیاری از هسته; Temperature-aware; Many-core; Thermal coupling; Task mapping; Network-on-Chip;
Keywords: بسیاری از هسته; Cosmology; Xeon Phi; Many-core; Nested parallelism;
Keywords: بسیاری از هسته; Molecular dynamics; Xeon Phi; GPU; Coprocessor; Accelerator; Many-core
Keywords: بسیاری از هسته; Co-processor architecture; Data-flow; Many-core; High-performance systems
Keywords: بسیاری از هسته; Power allocation; Many-core; Multiagent system; Combinatorial auction;
Keywords: بسیاری از هسته; Many-core; Hardware lock; Centralized lock; Distributed lock; Micro-benchmarks; Godson-T; Software lock; Single-core processor
Keywords: بسیاری از هسته; Multi-core; Many-core; Power; Performance; Reliability; Cross-layer;
Evaluation of the Intel Xeon Phi offload runtimes for domain decomposition solvers
Keywords: بسیاری از هسته; Intel Xeon Phi; Coprocessor; Many-core; Offload; Domain decomposition;
Heterogeneity of abstractions in EDA tools: Reviewing models of computation for many-core systems targeting intensive signal processing applications
Keywords: بسیاری از هسته; Model of computation; Many-core; Signal processing; Electronic design automation; Model of performance; Model of specification;
Parallel programming model for the Epiphany many-core coprocessor using threaded MPI
Keywords: بسیاری از هسته; 2D RISC array; MPI; NoC; Many-core; Adapteva Epiphany; Energy efficiency
A BiNoC architecture—aware task allocation and communication scheduling scheme
Keywords: بسیاری از هسته; Bidirectional link; Communication scheduling; Many-core; Network-on-Chip; Task allocation
ElCore: Dynamic elastic resource management and discovery for future large-scale manycore enabled distributed systems
Keywords: بسیاری از هسته; Resource allocation; Many-core; Many-Chip; HPC; Cluster; Grid; Cloud computing; Scheduling; Resource discovery; Resource utilization;
On runtime adaptive tile defragmentation for resource management in many-core systems
Keywords: بسیاری از هسته; Defragmentation; Contiguous; Many-core;
HNCP: A many-core microprocessor ASIC approach dedicated to embedded image processing applications
Keywords: بسیاری از هسته; Many-core; Image processing; Parallel skeletons; ASIC; CMOS 65Â nm technology; CMOS FD-SOI 28Â nm technology;
Reducing random-dopant fluctuation impact using footer transistors in many-core systems
Keywords: بسیاری از هسته; Random dopant fluctuation; Process variation; Core speed variation; System level modeling; Voltage scaling; Multi-Vdd design; Multi-Vt design; Footer transistor; Simulation; Many-core; Multi-core; Process voltage and temperature variations
Adaptive algorithm and tool flow for accelerating SystemC on many-core architectures
Keywords: بسیاری از هسته; Adaptive algorithm; Many-core; Parallel simulation; SystemC
Highly parallel GEMV with register blocking method on GPU architecture
Keywords: بسیاری از هسته; GEMV; Register blocking; Data reuse; Memory bandwidth; GPU; Many-core; Parallelization; CUDA
Master–worker model for MapReduce paradigm on the TILE64 many-core platform
Keywords: بسیاری از هسته; Many-core; Master–worker; MapReduce; Shared memory; TILE64
Mapping multiple applications with unbounded and bounded number of cores on many-core networks-on-chip
Keywords: بسیاری از هسته; Network-on-chip; Many-core; Application mapping
Sparse matrix–vector multiplication on the Single-Chip Cloud Computer many-core processor
Keywords: بسیاری از هسته; Many-core; Sparse matrix; Performance; Power efficiency; Optimization
Architectural implications of spatial thermal filtering
Keywords: بسیاری از هسته; Thermal management; Temperature; Spatial filtering; Granularity; Many-core; Aspect ratio
A unified link-layer fault-tolerant architecture for network-based many-core embedded systems
Keywords: بسیاری از هسته; Automatic-repeat-requests; Bidirectional-channel; Fault-tolerance; Many-core; Network-on-chip
Accelerating the simulation of brain tumor proliferation with many-core GPUs
Keywords: بسیاری از هسته; Discontinuous Galerkin; Tumor tracking; High-order accurate; GPU; CUDA; OpenMP; Unstructured mesh; Many-core; Multi-core
A scalable and fault-tolerant network routing scheme for many-core and multi-chip systems
Keywords: بسیاری از هسته; Fault-tolerance; Many-core; Multi-chip; Network routing; Scalable system; System-in-package
PyCUDA and PyOpenCL: A scripting-based approach to GPU run-time code generation
Keywords: بسیاری از هسته; GPU; Many-core; Code generation; Automated tuning; Software engineering; High-level languages; Massive parallelism; Single-instruction multiple-data; CUDA; OpenCL
Thermal benefit of multi-core floorplanning: A limits study
Keywords: بسیاری از هسته; Temperature; Thermal management; Floorplanning; Multi-core; Many-core
Rapid development of scalable scientific software using a process oriented approach
Keywords: بسیاری از هسته; Communicating Sequential Processes; Many-core; Grid computing; Python
Nodal discontinuous Galerkin methods on graphics processors
Keywords: بسیاری از هسته; Discontinuous Galerkin; High order; GPU; Parallel computation; Many-core; Maxwell’s equations