Title :
An overview of current Connection Machine applications at MRJ
Author :
Hord, R. Michael
Author_Institution :
MRJ Inc., Oakton, VA, USA
Abstract :
Diverse current Connection Machine (CM) applications at MRJ Inc. are surveyed. Both current contract and internal R&D activities are addressed. These include: three-dimensional electromagnetic scattering models using a finite-difference method and the method of moments; signal processing; system scheduling; synthetic aperture radar pattern recognition; robotic arm control; optimal resource allocation; traveling salesman; three-dimensional shape recognition; large matrix solution and eigenvalue determination; Monte Carlo techniques; computational fluid dynamics; communications network reconstruction; multispectral image analysis; strategic defense simulation; battlefield analysis; optical system ray tracing; logistics models; and symbolic computation. A Fortran-to-CM language semiautomated translator is used to facilitate these efforts
Keywords :
parallel processing; Connection Machine applications; MRJ; Monte Carlo techniques; R&D activities; battlefield analysis; communications network reconstruction; computational fluid dynamics; eigenvalue determination; finite-difference method; large matrix solution; logistics models; method of moments; multispectral image analysis; optical system ray tracing; optimal resource allocation; overview; robotic arm control; signal processing; strategic defense simulation; symbolic computation; synthetic aperture radar pattern recognition; system scheduling; three-dimensional electromagnetic scattering models; three-dimensional shape recognition; translator; traveling salesman; Computational modeling; Contracts; Electromagnetic analysis; Electromagnetic modeling; Image analysis; Optical signal processing; Pattern analysis; Pattern recognition; Shape control; Signal analysis;
Conference_Titel :
Frontiers of Massively Parallel Computation, 1988. Proceedings., 2nd Symposium on the Frontiers of
Conference_Location :
Fairfax, VA
Print_ISBN :
0-8186-5892-4
DOI :
10.1109/FMPC.1988.47430