Thanks for the help in advance. 2. To transform the following NFA into a regular grammar,...
Convert the following NFA to a Regular Grammar using the algorithm discussed in Week 3 lecture video/slides. Upload Please see exercise Qs for sample solutions. 3 2
5. In the process of transforming the following NFA to a regular expression, start- we first connect a new start state s to the start state of the given NFA and connect each final state of the given NFA to a new final state f as shown below. If we eliminate state O first, the modified NFA becomes of the following form. Fill out the three blanks in the following figure. (6 points) If we eliminate state 1 and state...
3 points) Question Three Consider the context-free grammar S >SS+1 SS 1a and the string aa Give a leftmost derivation for the string. 3 points) (4 poiots) (5 points) (3 points) sECTION IWOLAttcmpt.any 3.(or 2) questions from this.scction Suppose we have two tokens: (1) the keyword if, and (2) id-entifiers, which are strings of letters other than if. Show the DFA for these tokens. Give a nightmost derivation for the string. Give a parse tree for the string i) Is...
Please answer any 7 of them
ТОС Answer any 7 from the followings: 1. Regular expression to NFA: i) ab(aUb)* ii) (aba U a)*ab 2. Explain and construct a generalized NFA, 3. NFA to regular expression 0 3 91 93 8 a 4. DFA to regular expression 011 5. Explain the rules of pumping lemma briefly with an example. 6. Give an example of right linear grammar and left linear grammar. 7. L(G) = {1*20 m >= 1 and >=1}....
Question2 in the photo. Please help. Thanks
1. Construct an NFA that accepts the language La = {zaaabyaaabzla, y, z E {a, b)' } 2. Eliminate the e-transitions (denoted as E's below) from the following NFA s.t. the resulting machine accepts the same language with the same mumber of states. ql a,b go q3 2 3. Text problem: page 62, number 3. Finish by reducing the DFA. Note that you may want to do this in stages, first eliminating the...
Please show all steps and work. Thanks
Find (1) an NFA and (2) a regular expression for the following languages on fa, bj. Tb) imo . L-[w: 2na(w) + 3nb(w) is even) Note: na(w) means the number of a's in the string w, and n is defined in the same way.
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3. Determine the Fourier transform of the non-periodic signals shown in the figures below: (a) (b) -2 0 2 -1 0 1
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Problem 6: Use the Laplace transform method to solve y" - 3y' + 2y = e34 with y(0) = 0, y'(0) = 1. The Heaviside method will be useful to determine the coef- ficients in the partial fraction expansion you will need. Make sure to display the expression for Y(s) = L(y).
number 2 only please, could not take a smaller picture.
2 Find a regular grammar that generates the language • {w | We{0,1}* , [w] >= 4; w starts with 1 and ends with 10 or 01). 3 Find a regular expression that denotes the language accepted by the below finite automaton. 0 E B 0,1 1 D 0 с F
The questions in this section are based on the grammar given as the following: prog -> assign | expr assign -> id = expr expr -> expr + term | expr - term | term term -> factor | factor * term factor -> ( expr ) | id | num id -> A | B | C num -> 0 | 1 | 2 | 3 (2a) What is the associativity of the * operator? (5 points) (2b) What...