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Peter Linz Edition 5 Exercise 11.3 Question 5 (Page No. 296)
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$\text{Theorem}:$ Every contextsensitive language $L$ is recursive.
For $m$ in Theorem, give explicit bounds for $m$ as a function of $w$ and $V\cup T$.
peterlinz
peterlinzedition5
theoryofcomputation
turingmachine
recursiveandrecursivelyenumerablelanguages
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Mar 18, 2019
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Theory of Computation
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Rishi yadav

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Peter Linz Edition 5 Exercise 11.3 Question 6 (Page No. 296)
Without explicitly constructing it, show that there exists a contextsensitive grammar for the language $L=\{www^R: w,u\in\{a,b\}^+,w\gequ\}$.
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Mar 18, 2019
in
Theory of Computation
by
Rishi yadav

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peterlinz
peterlinzedition5
theoryofcomputation
turingmachine
recursiveandrecursivelyenumerablelanguages
0
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0
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2
Peter Linz Edition 5 Exercise 11.3 Question 4 (Page No. 296)
Show that the family of contextsensitive languages is closed under reversal.
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Mar 18, 2019
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Theory of Computation
by
Rishi yadav

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peterlinz
peterlinzedition5
theoryofcomputation
turingmachine
recursiveandrecursivelyenumerablelanguages
proof
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0
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Peter Linz Edition 5 Exercise 11.3 Question 3 (Page No. 296)
Show that the family of contextsensitive languages is closed under union.
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Mar 18, 2019
in
Theory of Computation
by
Rishi yadav

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peterlinz
peterlinzedition5
theoryofcomputation
turingmachine
recursiveandrecursivelyenumerablelanguages
proof
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0
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4
Peter Linz Edition 5 Exercise 11.3 Question 2 (Page No. 296)
Find contextsensitive grammars for the following languages. $(a)$ $L=\{w: n_a(w) = n_b(w) = n_c(w)\}$. $(b)$ $L=\{w: n_a(w) = n_b(w) < n_c(w)\}$.
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Mar 18, 2019
in
Theory of Computation
by
Rishi yadav

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peterlinz
peterlinzedition5
theoryofcomputation
turingmachine
recursiveandrecursivelyenumerablelanguages
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