Classical and Non-Classical Logic, Logical Methods for Electronic Circuits Testing

Authors

  • I. D. Zaslavsky Institute for Informatics and Automation Problems of NAS RA

Abstract

  

References

Zaslavsky I.D. Symmetric Constructive Logic (in Russian). Publ. House of Acad. Sci. Armenia, 281p., 1978

Zaslavsky I.D. Formal Axiomatic Theories based on a Three-valued logic., Journal of Mathematical Sciences, vol.130, N 2, pp.4578-4597, 2005

Manukian S.N. Algebras of Recursively Enumerable Sets and their applications to Fuzzy Logic. Journal of Mathematical Sciences, vol.130, N 2, pp.4598-4606, 2005

Khachatrian M.H. On the Representation of Arithmetical and String Functions in Formal Languages. Transactions of IAPI of ANAS, vol. 27, pp. 37-53, 2006

Zaslavsky I.D. Fuzzy Constructive Logic (in Russian). Proceedings of Scientific Seminars of St.-Petersburg Dept. of Math. Inst. Steklov, vol. 358, pp. 130-152, 2008

Rashevsky P. K. On the dogma of natural numbers series. (in Russian), Uspekhi Math Nauk, vol. 28, N4(172), pp. 243-246, 1973

Vardanian V.A., Mirzoyan L.B. Method for Improvement of the Error Detection Ability of Concurrent Checkers. Proceedings of the International Conference “Computer Science and Information Technologies”, CSIT-01, pp. 349-353, 2001

Vardanian V.A. On Completely Robust Path Delay Fault testable Realization of Logic Functions., proceedings of the 14th IEEE VLSI Test Symposium, Princeton (USA), pp.302-307, 1996

Harutunyan G., Vardanian V.A., Zoryan Y. Minimal March Tests for Dynamic Faults in Random Access Memories. Journal of Electronic Testing, Theory and Applications, vol. 23, N1, pp. 65-74, 2007.

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Published

2021-12-10

How to Cite

Zaslavsky, I. D. . (2021). Classical and Non-Classical Logic, Logical Methods for Electronic Circuits Testing. Mathematical Problems of Computer Science, 34, 33–34. Retrieved from http://mpcs.sci.am/index.php/mpcs/article/view/314