P-Functions and Boolean Matrix Factorization : A Unified Approach for Wired, Programmed and Microprogrammed Implementations of Discrete Algorithms
Computer network architectures Computer software Microprogramming Computer System Implementation Algorithm Analysis and Problem Complexity Control Structures and Microprogramming
Imprint: Springer
1984
1st ed. 1984.
EISBN 3540389091
Instructions and models of algorithm implementation.
The synthesis of algorithms.
The formulation of algorithms synthesis in terms of P-functions.
The synthesis of (or)-interpreted matrix-instructions with disjoint colums.
The synthesis of (or)-interpreted matrix-instructions.
The synthesis of (and)-interpreted matrix-instructions.
A summary and the conclusion of part I.
Representation of instructions by means of parallel flowcharts or of Petri nets.
Synchronous and asynchronous implementation of instructions.
Programmed implementation of instructions.
Microprogrammed implementation of instructions.
A summary and the conclusion of part II.
Laws acting on P-functions.
The multivalued extension of P-functions and of their laws.
The vectorial extension of P-functions and of their laws.
Finite automata, matrix-instructions and speech recognition.
The synthesis of algorithms.
The formulation of algorithms synthesis in terms of P-functions.
The synthesis of (or)-interpreted matrix-instructions with disjoint colums.
The synthesis of (or)-interpreted matrix-instructions.
The synthesis of (and)-interpreted matrix-instructions.
A summary and the conclusion of part I.
Representation of instructions by means of parallel flowcharts or of Petri nets.
Synchronous and asynchronous implementation of instructions.
Programmed implementation of instructions.
Microprogrammed implementation of instructions.
A summary and the conclusion of part II.
Laws acting on P-functions.
The multivalued extension of P-functions and of their laws.
The vectorial extension of P-functions and of their laws.
Finite automata, matrix-instructions and speech recognition.
