Applications in distributed quantum computing networks
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qubits quantum networks disassociated header↗
Engineering topics
Juncosa, M.
Publications and source records attributed to Juncosa, M..
On Error Analysis of High Data Rate, Optical Parallel Processors
Optical parallel processors have the potential for aiding the transfer of information over networks.
Optical Parallel Processors Encryption Bit Error R↗
Space and surface power for the space exploration initiative: Results from project outreach
The analysis and evaluations of the Space and Surface Power panel, one of eight panels created by RAND to screen and analyze submissions to the Space Exploration Initiative (SEI) Outreach Program, is documented. In addition to managing and evaluating the responses, or submissions, to this public outreach program, RAND conducted its own analysis and evaluation relevent to SEI mission concepts, systems, and technologies. The Power panel screened and analyzed submissions for which a substantial portion of the concepts involved power generation sources, transmission, distribution, thermal management, and handling of power (including conditioning, conversion, packaging, and enhancements in system components). A background discussion of the areas the Power panel covered and the issues the reviewers considered pertinent to the analysis of power submissions are presented. An overview of each of the highest-ranked submissions and then a discussion of these submissions is presented. The results of the analysis is presented.
Shipbaugh, C.↗
Feasibility of a special-purpose computer to solve the Navier-Stokes equations
Orders-of-magnitude improvements in computer performance can be realized with a parallel array of thousands of fast microprocessors. In this architecture, wiring congestion is minimized by limiting processor communication to nearest neighbors. When certain standard algorithms are applied to a viscous flow problem and existing LSI technology is used, performance estimates of this conceptual design show a dramatic decrease in computational time when compared to the CDC 7600.
Gritton, E. C.↗