Lattice Functions, Pair Algebras, and Finite-State Machines · PREVIOUS ARTICLE · NEXT ARTICLE. An Algorithm for Finding a Minimum Equivalent Graph of a Digraph.

A finite-state machine is defined as an ordered quintuple (S, I, O, h, p) where S, I, 0 are the sets of states, inputs, outputs, respectively, of the machine;.

R70-43 Lattice Functions, Pair Algebras, and Finite-State Machines. 1970, pp. 989-989, vol. 19. DOI Bookmark: 10.1109/T-C.1970.222816. Keywords. Authors

R70-43 Lattice Functions, Pair Algebras, and Finite-State Machines. R.T. Yeh. 1970 IEEE transactions on computers. Preserved Fulltext. fulltext thumbnail · Web ...

In this paper we define a pair algebra as an abstract mathematical system and develop its formal properties. Pair algebras have a potential.

R70-43 Lattice Functions, Pair Algebras, and Finite-State Machines-C. L. Liu .............. Reviewed by R. T. Ye/l. 989. R70-44 Synchronization and General ...

Machines, Prontice-Hall, Englewood Cliffs, New Jersey (1966). [3] Lru, C. L.: Lattice Functions, Pair Algebras and X'inite-stato Machines, J. Assoc. Comput ...

Introduction to Lattices and Order · Lattice Functions, Pair Algebras, and Finite-State Machines · CSS Animations · Semiring · Moore machine · Mealy machine ...

R70-42 Synthesis of Linear Sequential Machines with Unspecified Outputs pp. 989. R70-43 Lattice Functions, Pair Algebras, and Finite-State Machines pp. 989 ...

Instead, our convention will be that if there is no transition specified for some (state, input) pair, then that pair drives the machine to a dead state.