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.
7. 15 Points For a regular expression r, we use L(r) to denote the language it represents. For each of the following regular expressions r, find an NFA that accepts L(r). (b). L((a +b+A) b(a bb)) し(((aa
7. 15 Points For a regular expression r, we use L(r) to denote the language it represents. For each of the following regular expressions r, find an NFA that accepts L(r). (b). L((a +b+A) b(a bb)) し(((aa
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
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-Find a left-linear grammar for the language L((aaab*ba)*). -Find a regular grammar that generates the language L(aa* (ab + a)*).-Construct an NFA that accepts the language generated by the grammar.S → abS|A,A → baB,B → aA|bb
(g) If there is an NFA with s states which accepts a language L, then we can construct a DFA which accepts the same language and has: (circle the smallest correct answer a) s states b) 2s states d) 2 states (h) If there is a DFA which accepts a language A with s states and another whiclh accepts language B with t states, then we can construct a DFA which accepts An B which has (circle the smallest correct...
Please include all steps. Thanks
Find an NFA that decides L(aa(a+b). Present a regular expression for the language LR.
related to theory of
automation. Thank you.
4) Minimize the number of states of the below DFA. (10 Points) q2 q1 1,0 q3 q4 q5 5-a) Find a NFA that accepts the following language: L-(aa" + aba*b*) (5 Points) b) Find an NFA that accepts the language L (aa (ab b)) (5 Points)
4) Minimize the number of states of the below DFA. (10 Points) q2 q1 1,0 q3 q4 q5 5-a) Find a NFA that accepts the following language:...
QUESTION 8 For the following equation, solve for the language L. {a, aa, ab} L = {ab,aab,abb, aa aaa, aba} O L = {bb,aa,a} O L = {b,a} O L = {b,aa} L = {4,b,a} QUESTION 9 Consider the regular expression (a+ab)*(b+ab)* Which of the followings
3. Construct minimal NFA that all accepts all strings of {a,b} which contains aa or bb as substring.
Part A) Construct an NFA (non-deterministic finite automata) for
the following language.
Part B) Convert the NFA from the part A into a DFA
L- E a, b | 3y, z such that yz, y has an odd number of 'b' symbols, and z begins with the string 'aa') (Examples of strings in the language: x = babbaa, and x = abaabbaa. However, x-bbaababaa is not in the language.)
L- E a, b | 3y, z such that yz, y...