Hypercube matrix computation task

A major objective of the Hypercube Matrix Computation effort at the Jet Propulsion Laboratory (JPL) is to investigate the applicability of a parallel computing architecture to the solution of large-scale electromagnetic scattering problems. Three scattering analysis codes are being implemented and assessed on a JPL/California Institute of Technology (Caltech) Mark 3 Hypercube. The codes, which utilize different underlying algorithms, give a means of evaluating the general applicability of this parallel architecture. The three analysis codes being implemented are a frequency domain method of moments code, a time domain finite difference code, and a frequency domain finite elements code. These analysis capabilities are being integrated into an electromagnetics interactive analysis workstation which can serve as a design tool for the construction of antennas and other radiating or scattering structures. The first two years of work on the Hypercube Matrix Computation effort is summarized. It includes both new developments and results as well as work previously reported in the Hypercube Matrix Computation Task: Final Report for 1986 to 1987 (JPL Publication 87-18)

1995 BRAC Commission

Investigative Hearings - June 12, 1995; Congressional Hearing, June 12, 1995; Congressional Hearing, June 14, 1995; Department of Defense Hearing. Box 79, L-001

1995 BRAC Commission

Congressional testimony and briefings for many sites presented at the Washington D.C. Congressional Hearing held on June 13, 1995. Part 1 of 2 (Box 80

1995 BRAC Commission

1995 Hearings - DoD Guam, Grand Forks, Great Falls, Birmingham. Box 93, L-015

1995 BRAC Commission

Litigation - Naval Training Center, Orlando, FL; Seneca Army Depot, MA; Loring AFB, ME; Letterkenny Army Depot, P