Submit a JFLAP file containing a two-state NFA that recognizes the language described by (ab ∪ a) ∗
Submit a JFLAP file containing a two-state NFA that recognizes the language described by (ab ∪...
For each of the following, create an NFA that recognizes exactly the language described. (1) The set of binary strings with at most three 0s or at least four 1s. (2) The set of binary strings that contain the substring 000 and whose third to last digit is 1.
Create both an NFA and DFA that recognizes the language {w | w has an even length}
Given an NFA N, prove that there exists an NFA N' with one accept state that recognizes the same language as N.
2. (a) Using Thompson's construction, construct an NFA that recognizes the same language as defined by the following regular expression (1 010) *1 (b) Using the subset construction, convert the NFA into a DFA. Optimize the resulting DFA by merging any equivalent states
Find an NFA that accepts the language L (aa* (ab + b))
Find an NFA that decides L(aa (ab)). Present a regular expression for the language LR.
**please note that not just 0212 120 and epsion need to work, as
the other solution i found ONLY accounted for those. Any sequence
following the pattern of increase, decrease, increase, decrease
(indefinitely) must work. Thank you!
3. (10 points) Consider the following language over the alphabet [0, 1,2) L={ai . . . an I n > 0 and ai <a2,a2 > a3,a3 <G4, ) For example, 0212, 120, and ε are each strings in L; 11 and 20 are...
Run JFlap, and use File->Open to open the problem1.jff file that we have given you. In problem1.jff, build a deterministic finite-state machine that accepts all bit strings containing at least three 1s and at most one 0, and that rejects all other bit strings. This problem requires at least nine states. You may use more states if necessary (there’s no penalty for doing so), but if you have time, try to get as close to the minimum as possible! Here...
Convert this language to a NFA
L(ab(a+b)*(a+aa))
Answer: the graph is as follows:
Question: How do you know when to insert lambda? Will
give thumbs up :)
8 7 5 4 0
Find a finite automata that recognizes the language composed a set of strings containing one or more zeros followed by an equal number of ones? Justify your answer.