Logic Design of Nano Sequential Machines

This paper presents two logic design approaches for representation of any sequential machine by M- and N-hypercubes in nanodimensions. The first one is a single M-hypercube design which requires only one M-hypercube. When the sequential machine involves a large number of states, we may choose to use a multiple M-hypercube design. In this approach, we decompose the given machines into smaller machines connected in series or parallel. This decomposition process may be repeated until the dimensionalities of all the components M-hypercubes in this design reach to their lowest. Detailed design procedures as well as examples to illustrate them are presented