On conclusion students should be able to: Develop a problem-based strategy for creating and applying programmed solutions

| February 14, 2018

Implement Algorithm 5.6.3 from Sudkamp to convert an NFA-lambda M = (Q,Sigma,delta,q0,F) into a DFA M’ = DM. The input specifies M, and your algorithm should construct the input transition function t (table) for M. As output you should produce the t-table of M, and all elements specifying M’ = (Q’,Sigma,delta’,q0′,F’). You may develop your own notation, e.g., to represent the states of the DFA. Your program should be general, i.e., it reads the specification of M from a file.

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