BibTeX
@MISC{_newtechniques,
author = {},
title = {New Techniques for Speeding-up Fault-injection Campaigns},
year = {}
}
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Abstract
Fault-tolerant circuits are currently required in several major application sectors, and a new generation of CAD tools is required to automate the insertion and validation of fault-tolerant mechanisms. This paper outlines the development of a fault-injection platform and its evaluation in a real industrial environment. It also details techniques devised and implemented within the platform to speed-up fault-injection campaigns. Experimental results are provided, showing the effects of the different techniques, and demonstrating that they are able to reduce the total time required by fault-injection campaigns by at least one order of magnitude. 1
Keyphrases
new technique speeding-up fault-injection campaign new generation real industrial environment fault-injection campaign speed-up fault-injection campaign total time different technique several major application sector fault-injection platform fault-tolerant circuit fault-tolerant mechanism detail technique cad tool experimental result
