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IEEE Transactions on Parallel and Distributed Systems
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Delivering optimum performance on a parallel computer is highly dependant on the efficiency of the scheduling and mapping procedure. If the composition of the parallel application is known a prior, the mapping can be accomplished statically on the compilation time. The mapping algorithm uses the model of the parallel application and maps its tasks to processors in a way to minimize the total execution time. In this article, current modeling approaches have discussed. Later, a new modeling schema...
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#1Shuzhou Sun (CAS: Chinese Academy of Sciences)H-Index: 2
#2Rui Zhang (CAS: Chinese Academy of Sciences)H-Index: 11
Last. Hui Ma
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SPHINCS was recently proposed as a stateless, quantum-resilient hash-based signature scheme. However, one possible limitation of SPHINCS is its signing speed, namely, the best known implementation merely produces a few hundred of signatures per second, which is not good enough, e.g., for a social website with a huge amount of users. Aiming at improving the singing throughput, we present highly parallel and optimized implementations of SPHINCS, which can be deployed on various multi-core platform...
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#1Lucia Pons (Polytechnic University of Valencia)H-Index: 1
#2Julio Sahuquillo (Polytechnic University of Valencia)H-Index: 17
Last. Julio Pons (Polytechnic University of Valencia)H-Index: 2
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The Last Level Cache (LLC) plays a key role in the system performance of current multi-cores by reducing the number of long latency main memory accesses. The inter-application interference at this shared resource, however, can lead the system to undesired situations regarding performance and fairness. Recent approaches have successfully addressed fairness and turnaround time (TT) in commercial processors. Nevertheless, these approaches must face sustaining system performance, which is challengin...
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Top fields of study
Distributed computing
Parallel computing
Computer network
Computer science
Real-time computing