Parallel Processing Systems

TL;DR: The Cedar supercomputer as mentioned in this paper uses advanced system and applications developed at the University of Illinois during the past 12 years, which should allow the number of processors in Cedar to be doubled annually, providing rapid performance advances in the next decade.

TL;DR: Algorithms whose resource needs grow only linearly with problem size are developed, which will fully exploit the ‘parallel-processing’ capability available in the new generation of multi-processor computers.

TL;DR: An analysis of the cycle times of the two machines is presented which suggests that further, very substantial speed‐ups could be obtained from array processors of this type if they were to be based on more powerful processing elements.

TL;DR: In this paper, the authors present results on the energy properties of the hydrogen bridges for the Guanine-Cytosine pair obtained in a DNA fragment consisting of three stacked base pairs in the B-DNA conformation.