Accession Number : AD0711305
Title : THE DESIGN OF A MATRIX-ORIENTED CELLULAR COMPUTER CAPABLE OF FAULT-TOLERANT OPERATION.
Descriptive Note : Technical rept.,
Corporate Author : MONTANA STATE UNIV BOZEMAN ELECTRONICS RESEARCH LAB
Personal Author(s) : Mulder,Michael C.
Report Date : 15 AUG 1970
Pagination or Media Count : 329
Abstract : The report describes the design of an array-structured cellular computer specially organized to efficiently implement matrix-oriented algorithms. In addition, this computer has general-purpose programmability and is capable of fault-tolerant operation; three fault-tolerant organizations are prsented. The execution speed of this computer is a factor of N squared (where N is the dimension of the array) or more faster than a sequential computer with the same clock period. This computer is useful in real-time applications where high-speed operation is required, but where flexibility and size requirements prevent the use of special-purpose or high-speed general-purpose computers, e.g., sample data control systems, vehicle navagation, phased radar control computations and sonar receiving array computations. (Author)
Descriptors : (*DIGITAL COMPUTERS, DESIGN), COMPUTERS, ERRORS, PERFORMANCE(ENGINEERING), CORRECTIONS, MATRICES(MATHEMATICS), RELIABILITY(ELECTRONICS), ALGORITHMS, REAL TIME, LOGIC CIRCUITS
Subject Categories : Computer Hardware
Distribution Statement : APPROVED FOR PUBLIC RELEASE