QUESTION THREE (3) Given the grammar G = ({S}, {a, b}, S, P) with production S → aSa, S → bSb, S → ε i. Show a derivation rule of aabbaa. ii. Draw the derivation tree corresponding to the above derivation.

Q: Given the following grammar {V, T, S, P}: V=S,  T={a,b},  S=S,  P=S→aSb|λ diagram the PDA that…

A:

Q: 4. Point out TRUE/ FALSE of the following statements: (a) A CLR(1) grammar can guarantee there is no…

A: For a) and b) i)LALR can have shift-reduce conflicts only if CLR has a shift-reduce conflictii)LALR…

Q: Consider the grammar G = (V{S}, T = {a, b}, S, P)  where, P: S → aSb, S → ab  The language to this…

A: Derivation tree is a graphical representation for the derivation of the given production rules of…

Q: 3. Consider the grammar S→ a SaaS S→ aaaS i) Is the grammar is ambiguous? ii) What is L(G) ? iii) Is…

A: Dear learner, hope you are doing well, I will try my best to answer this question. Thank You!!

Q: Consider the CFG, G, defined as: S - AB A - aA | a B - bB | b (S being the start symbol) a) Apply…

A: In theory of computations, push down automata is used to execute Context-free grammar. This automata…

Q: 5. Bring the following CF grammar to Chomsky normal form. G5 = ({S, A, B, C'}, {x,y,z}, S, {S → ABC,…

A: Given grammar is, S->ABC A->xyBz | BB B->SC | λ C->BA | x Chomsky normal form means If…

Q: QUESTION SIX (6) Given the grammar G = ({S}, {a, b}, S, P) with production S- aSa, S- bSb, S-A i.…

A: The solution to the given question is:

Q: Given a CFG where G = (N,T,F,S) with N = {S}, T = {a,b,c}, and P = S -> aSa S-> bsb S-> C obtain the…

A: Answer: We have drawn the derivation tree and what can be language generated P=S→aSa S→bSb S→c

Q: For the Grammar {S → AS|a, A → SbA|SS|ba construct Leftmost deriyation for the strin

A: Lets see the solution.

Q: 2. Consider the following grammar G=({S, A), (a, b), S, P) where P is defined below. S→ SS AAAJX A →…

A: I have given handwritten solution. See below step for code.

Q: Grammar = → ABC → () | + | * | Derive A = (AB) * B + C

A: GrammarRule 1: <assign> → <id> = <expr>Rule 2: <id> → A Rule 3: <id> →…

Q: 4. Point out TRUE/ FALSE of the following statements: (a) A CLR(1) grammar can guarantee there is no…

A: Using below two reasons for solving a and b: i)LALR can have shift decrease clashes provided that…

Q: Consider the grammar G = ({S, A}, S, {a, b}, P) with the following set of production rules P: S →…

A: S → aS|baA|abaAA → aAbb|aAb|ε

Q: 3. Consider the grammar S→ A1B A → OA / E BOB/1B/E For the string w=00011001, find a). Leftmost…

A: We are entrusted with dissecting the string \(w = 00011001\) inside the setting of the grammer. The…

Q: Oroduction rules P S→ ASA b A → B|AB|ale B → AC b D-d mplify, if possible this grammar. More…

A: Consider the given productions: S → ASA | b A → B | AB | a | ε B → AC | b D → d

Q: (4) 1. Let G = (V,T,S,P) be the phrase structure grammar with V={0,1,A,B,S}, T={0,1}, and the set of…

A: Given:- Set of productions:- S -> 0AB, S-> 1B, A -> 1B01, B -> 100

Q: {{EXPR), (TERM), (FACTOR)}; -- {+, x, (Q a}; EXPR) is the start variable; -= Set of production rules…

A: ANSWER : GIVEN THAT : Left most derivation EXPR TERM TERM X FACTOR FACTOR X FACTOR (EXPR) X FACTOR…

Intelligent Machines

Machines that use artificial intelligence to learn from the environment and past experiences to perform better in the presence of variability and uncertainty are called intelligent machines. Intelligence develops according to environment and experience. It is human-like behavior. When the computer system or any programmed machine learns from the inputs and corresponding outputs, it can be called an intelligent machine.