Rational Transductions
A rational transducer \(M\) is a 6-tuple \((S, \Sigma, \Delta, \tau, s_0, F)\), where \(S\) is a finite set of states, \(\Sigma\) and \(\Delta\) are input and output alphabets respectively, the transition relation \(\tau\) is a finite relation between \(S \times \Sigma^*\) and \(S \times \Delta^*\), \(s_0 \in S\) is the initial state and \(F\subseteq S\) is the set of final states.
For alphabets , a transduction is a subset of . If is a transducer as above, then denotes its generated transduction, namely the set of all pairs such that for some .
For a transduction and a language , we write .
Prove/disprove the following statements:
This problem is a part of Tessellate S.T.E.M.S (2019)
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