high performance parallel architectures
Parallel-Prefix Adders Implementation Using Reverse Converter Design
... a high-performance logic ...delay performance up to 128 ...various parallel prefix adders on Xilinx Spartan ...the parallel prefix adders architectures faster and area efficient ...
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Optimizing performance of parallel architectures through processor configuration and data distribution
... Highly parallel computers are becoming increasingly necessary for the implementation of air quality ...very high computational demands on computer systems running the ...of high performance ...
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Clusters versus GPUs for Parallel Target and Anomaly Detection in Hyperspectral Images
... as high-performance computing architectures in the context of remote sensing applications, this paper described several innovative parallel algorithms for target and anomaly detection in ...
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Performance Analysis and Optimization of Parallel I/O in a Large Scale Groundwater Application on Petascale Architectures.
... of high performance computing systems has been rapid over the last few ...sub-systems. Performance analysis is the process of evaluation and characterization of an application performance on a ...
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Performance analysis of massively parallel embedded hardware architectures for retinal image processing
... the architectures, which it is possible to carry out with straightforward designs as a difference with analog ...a high yield with different array sizes and manufacturing processes is extremely ...process ...
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Evaluating the performance of legacy applications on emerging parallel architectures
... multi-node performance during the evaluation of emerging ...the high single-node performance of our GPU-accelerated implementation, its strong scalability is limited; we see very minor speed-ups from ...
158
Computational modelling of inelastic neutron scattering for nanomaterial characterisation in GPU architectures
... Roach, Parallel computational modelling of inelastic neutron scattering in multi-node and multi-core architectures, in: IEEE HPCC-10: Int Conf on High Performance Computing and Communica[r] ...
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Kalman Filter Tracking on Parallel Architectures
... the performance improvements of mod- ern ...theoretical performance gains of these processors, it will be necessary to parallelize algorithms to exploit larger numbers of lightweight cores and specialized ...
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High Performance Parallel Computing with Clouds and Cloud Technologies
... the performance implications of the virtualized ...the performance impact of Xen on ...the parallel processes inside the node communicate via the network, the virtualization may produce higher ...
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CUDA: High Parallel Computing Performance
... CPU architectures, that presently ship with two or four cores, GPU architectures are “multicore” with many multiple cores capable of running thousands of threads in ...
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Parallel Computing of Particle Filtering Algorithms for Target Tracking Applications
... Importance sampling, weight calculation and a part of resampling are pipelined. If re- sampling is implemented in the CU, all the particle weights have to be transferred to CU, resulting in a large communication cost. We ...
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Digital image compression on parallel computer architectures
... This chapter gives the main conclusions derived from the research work presented in this thesis and some directions for future research. The DCT-based JPEG algorithm was chosen for this[r] ...
239
Systolic architectures for parallel implementation of digital filters
... Using the stabilized parallel algorithms for direct-form recursive filters, very efficient pipelined and/ or parallel VLSI architectures can be constructed.. We show that those algorithm[r] ...
134
tr04 pdf
... This paper explores the file system of a new NFS server--the Auspex NS 5000--that delivers significantly greater network I/O performance than conventional servers. The NS 5000 is a multiprocessor network server ...
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Performance Analysis of SCADY Grid for High Performance Parallel Applications
... Dynamic resource allocation [3] is used based on the CPU usage and load using which high performance applications can be catered. According to the CPU usage, nodes are selected dynamically and tasks are ...
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A unified programming system for a multi paradigm parallel architecture
... of parallel systems, has been finding effectiv e ways of program m ing ...sequential architectures on which they are intended to ...time. Parallel architectures, on the other hand, allow ...
247
Dietary Recommendations for Lightweight Block Ciphers: Power, Energy and Area Analysis of Recently Developed Architectures
... In this section, we list the generated design properties for the different architectures. Further, we detect anomalies based on the fact that we expect the dynamic power con- sumption to be larger for designs with ...
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A high performance matrix matrix multiplication methodology for CPU and GPU architectures
... its performance does not change significantly, except from the case that L1=4 kbytes, where its performance is about 5 times lower; this is be- cause the row of A cannot remain in L1 cache in this case and ...
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High Performance Parallel Computing with Clouds and Cloud Technologies
... • Cloud technologies works for most pleasingly parallel applications • Runtimes such as MapReduce++ extends MapReduce to iterative MapReduce domain • MPI applications experience moderate[r] ...
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Domain Decomposition Based High Performance Parallel Computing
... Distributed parallel computing of finite element Navier- Stokes code using additive Schwarz algorithm is demonstrated. An efficient sparse direct solver PARDISO is used for solving the subdomain problems. Two ...
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