Finite-State Techniques

Automata, Transducers and Bimachines


by Stoyan Mihov and Klaus U. Schulz

Cambridge University Press

 
 
 

Finite-state techniques provide theoretically elegant and computationally efficient solutions for various (hard, non-trivial) problems in text and natural language processing. Due to its importance in many fundamental applications, the theory of finite-state automata and related finite-state machines has been extensively studied and its development still continues.


This textbook describes the basics of finite state technology, following a combined mathematical and implementational point of view. It is written for advanced undergraduate and graduate students in computer science, computational linguistics and mathematics. Though concepts are introduced in a mathematically rigorous way and correctness proofs for all procedures are given, the book is not meant as a purely theoretical introduction to the subject. The ultimate goal is to bring students to a position where they can both understand and implement complex finite-state based procedures for practically relevant tasks.

 

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