Machine Theory
An engineering approach to digital design
William I. Fletcher
Code
Charles Petzold
Switching and finite automata theory
Zvi Kohavi
Theory of Computation
Vivek Kulkarni
Artificial Intelligence
Melanie Mitchell
Discrete mathematical structures with applications to computer science
Jean-Paul Tremblay
The Recursive Universe
William Poundstone
Donald Duck
Disney
The Complete Robot
Isaac Asimov
An Engineering Approach to Digital Design
W. Fletcher
Introduction to languages and the theory of computation
John C. Martin
Introduction to the Theory of Computation
Michael Sipser
Digital logic and state machine design
David J. Comer
An introduction to formal languages and automata
Peter Linz
Introduction to the Theory of Computation. Michael Sipser
Michael Sipser
Instructor's guide and solutions manual to An Introduction to formal languages and automata
Peter Linz
Theory of computation
Derick Wood
CompTIA IT Fundamentals Study Guide: Exam FC0-U51 1st Edition
Quentin Docter
Regular algebra and finite machines
John Horton Conway
Introduction to Formal Languages and Automata
Peter Linz
AI and Machine Learning for Coders
Laurence Moroney
Introduction to the theory of computation
Michael Sipser
Languages and Machines
Thomas A. Sudkamp
Symbolische Maschinen
Sybille Krämer
Computation: finite and infinite machines
Marvin Minsky
Recent Advances in Learning Automata
Alireza Rezvanian
Finite-state models for logical machines
Frederick C. Hennie
Theory of computation
Michael Sipser
Beginning Python
James R. Payne
Introduction to automata
Nelson, R. J.
An Introduction to Formal Languages and Machine Computation
Song Y. Yan
Mechanism and machine theory
J. S. Rao
Automated Testing in Microsoft Dynamics 365 Business Central
Luc van Vugt
Human robots in myth and science.
John Cohen
Introduction to switching and automata theory
Michael A. Harrison
Theory of computation
James L. Hein
Introduction to automata
Raymond John Nelson
Advances in Computers, Vol. 14
Marshall C. Yovits
The connection machine
W. Daniel Hillis
Introduction to the Theory of Computation
Michael Sipser
