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Rennels, David A. - Computer Science Department, University of California at Los Angeles
UNIVERSITY OF CALIFORNIA Los Angeles
DR -5/25/98 -1 An Experimental Study of Heterogeneous Fault-Tolerant Systems: Preamble
16 th Digital Avionics Systems Conference 1 2830 October 1997 (prepublication) A MINIMALIST HARDWARE ARCHITECTURE FOR
This paper presents a design approach for implementing a faulttolerant embedded computing node based on the
This paper examines architectural techniques for providing concurrent error detection in self-timed VLSI
UCLA Computer Science Department Technical Report TR980024 1 Copyright 1998 by Mike Loving and David Rennels
Minimalist Recovery Techniques for Single Event Effects in Spaceborne Microcontrollers
This document contains 3087 words. FAULT-TOLERANT COMPUTING
The search within the aerospace industry to dramatically reduce the cost of high-performance
This paper presents a design approach for implementing a fault-tolerant embedded computing node based on the
Digital Avionics Systems Conference 1 28-30 October 1997 (pre-publication) A MINIMALIST HARDWARE ARCHITECTURE FOR
UCLA Computer Science Department Technical Report TR-980024 1 Copyright 1998 by Mike Loving and David Rennels
UCLA Computer Science Department Technical Report TR-980025 1 Copyright 1998 by Douglas Caldwell and David Rennels
UNIVERSITY OF CALIFORNIA Los Angeles
The search within the aerospace industry to dramatically reduce the cost of highperformance
UCLA Computer Science Department Technical Report TR980025 1 Copyright 1998 by Douglas Caldwell and David Rennels
