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A SWITCHING THEORY FOR BILATERAL NETS OF THRESHOLD ELEMENTS
- Source :
- DTIC AND NTIS
- Publication Year :
- 1963
-
Abstract
- It is the object of this report to initiate a theory of logical design for networks in which information is not constrained to flow in only one direction along a connection between devices. A linear graph model is proposed for a very general class of such nets. A method of analysis based on this model is proposed for learning the state behavior of nets, and a canonical form for any net proposed. It is demonstrated that, under very general assumptions, any net of this kind must proceed from any initial state to an equilibrium state, and a bound is given on the number of vertex state changes which can take place in such a transition. Results are presented which describe the character of the stable states of such nets and place bounds on the number of such states. (Author)<br />Doctoral Thesis.
Details
- Database :
- OAIster
- Journal :
- DTIC AND NTIS
- Notes :
- ILLINOIS UNIV URBANA DIGITAL COMPUTER LAB, Frazer,William Donald
- Publication Type :
- Electronic Resource
- Accession number :
- edsoai.ocn669559318
- Document Type :
- Electronic Resource