Type of Document	Master's Thesis
Author	Hoptiak, Mark
URN	etd-07282010-020317
Title	Implementation of a testing and initialization algorithm for the generalized tree structure.
Degree	Master of Science
Department	Electrical Engineering
Advisory Committee	Advisor Name Title Gray, Festus Gail Committee Chair Thompson, R. A. Committee Member Wiley, P. H. Committee Member
Keywords	testing machines
Date of Defense	1977-05-15
Availability	restricted
Abstract This work considers a means of implementing a detection algorithm for multiple stuck-at faults occurring within the structure of a generalized tree using, as the testing machines, a set of generalized sequential trees. It is shown that the testing machine can be implemented on a set of trees of the same depth as that of the tree which is being tested. Modifications are made to the generalized tree structure so as to facilitate the testing algorithm and in order to simplify initialization. The testing algorithm is modified so as to test this modified structure. In addition, after testing is complete, two means of reinitialization of the sequential trees are discussed.
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