The work provides an efficient algorithm for computing minimal input character explanations for finite automata decisions.
d}for l∈ {5,10,15,20} , m∈ {1,3,5,10} , 16 Table 3: Average number of explanations computed if reaching the timeout
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A Formal Framework for the Explanation of Finite Automata Decisions
The work provides an efficient algorithm for computing minimal input character explanations for finite automata decisions.