Titlebook: Laser Material Processing; William M. Steen Textbook 19982nd edition Springer-Verlag London 1998 Rapid Prototyping.automation.cutting.lase

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William M. SteenOn modern computers, communication is becoming increasingly expensive compared to arithmetic operations, and a communication-avoiding variant (CA-GMRES) may improve the performance of GMRES. To further enhance the performance of CA-GMRES, in this paper, we propose two techniques, focusing on the two

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William M. Steenconstraints of power and complexity that as a result of the at-lining of clock rates relies on multicore as the primary means by which performance gain is being achieved with Moore’s Law. Indeed, for all intense and purposes, “multicore” is the new “Moore’s Law" with steady increases in the number o

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William M. Steensolution of large problems. Consequently, it becomes critical to design parallel numerical linear algebra kernels that can survive faults. In that framework, we investigate the relevance of approaches relying on numerical techniques, which might be combined with more classical techniques for real la

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William M. Steenspects of the execution have to be parameterized, such as the number of threads, task granularity, etc. This work studies the task granularity of regular and irregular parallel programs on symmetrical multicore machines. Task granularity is how many parallel tasks are created to perform a certain co

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William M. Steenspects of the execution have to be parameterized, such as the number of threads, task granularity, etc. This work studies the task granularity of regular and irregular parallel programs on symmetrical multicore machines. Task granularity is how many parallel tasks are created to perform a certain co

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