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The NCAR-Wyoming Supercomputing Center (NWSC) will begin operating in June 2012, and will house NCAR's next generation HPC system. The NWSC will support a broad spectrum of Earth Science research drawn from a user community with diverse requirements for computing, storage, and data analysis resources. To ensure that the NWSC satisfies the needs of this community, the procurement benchmarking process...
Manufacturing of 3D stacked IC chips has became feasible recently. But testing of these 3D ICs is becoming important in the semiconductor industry. Now a days also embedded core based 3D ICs are equally popular. Hence the increased complexity in the chips becomes a constraint for the test engineers. This paper addresses a 1500-style wrapper optimization in 3D ICs based on Through Silicon Vias(TSVs)...
Pipelined processor cores are conventionally designed to accommodate the critical paths in the critical pipeline stage(s) in a single clock cycle, to ensure correctness. Such conservative design is wasteful in many cases since critical paths are rarely exercised. Thus, configuring the pipeline to operate correctly for rarely used critical paths targets the uncommon case instead of optimizing for the...
Invasive weed optimization (IWO) has been found to be a simple but powerful algorithm for function optimization over continuous spaces. It has reportedly outperformed many types of evolutionary algorithms and other search heuristics when tested over both benchmark and real-world problems. This article describes the design of fractional-order proportional-integral-derivative (FOPID) controllers, using...
Invasive weed optimization (IWO) has been found to be a simple but powerful algorithm for function optimization over continuous spaces. It has reportedly outperformed many types of evolutionary algorithms and other search heuristics when tested over both benchmark and real-world problems. However the performance of most search heuristics deteriorates severely when applied to the task of optimization...
This paper describes a method for improving the final accuracy and the convergence speed of Particle Swarm Optimization (PSO) by adapting its inertia factor in the velocity updating equation and also by adding a new coefficient to the position updating equation. These modifications do not impose any serious requirements on the basic algorithm in terms of the number of Function Evaluations (FEs). The...
Testing aspect-oriented programs is challenging in part because of the interactions between the aspects and the base classes with which the aspects are woven. Coverage metrics, such as joinpoint coverage, address faults resulting from the changes in base class control flow that may be introduced by the woven advices. Definitions of joinpoint coverage in the literature typically require counting the...
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