a)answer)
S->AaB becomes
S->WB
W->AX
X->a
S->BAaC becomes
S->UV
U->BA
V->XC
A->AaB becomes
A->WB
W->AX
X->a
A->BAb BECOMES
A->KZ
K->BA
Z->b
B->A becomes
B->LA
L->λ
B->BaC becomes
B->BM
M->XC
B->BAC Becomes
B->BN
N->AC
B->C BECOMES
B->LC
L->λ
C->Cb becomes
C->CY
Y->b
C->CaA becomes
C->CO
O->XA
C->bC BECOMES
C->YC
Y->b
ANSWER)
a)answer)
S->WB
W->AX
X->a
S->UV
U->BA
V->XC
A->WB
W->AX
X->a
A->KZ
K->BA
Z->b
B->LA
L->λ
A->λ
B->BM
M->XC
B->BN
N->AC
B->LC
L->λ
C->CY
C->CO
O->XA
C->YC
B)ANSWER)
S->XSX becomes
S->XY
Y->SX
S->aAb becomes
S->MN
M->a
N->AL
L->b
S->bAa becomes
S->LP
P->AM
A->XAX becomes
A->XO
O->AX
A->X becomes
A->EX
E->λ
A->λ becomes A->λ
X->a becomes X->a
X->b becomes X->b
answer)
S->XY
Y->SX
S->MN
M->a
N->AL
L->b
S->LP
P->AM
A->XO
O->AX
A->EX
E->λ
A->λ
X->a
X->b
1. [10 Points Convert the following grammars into Chomsky Normal Form. (a) S → AaB |...
In each of the following, find a Chomsky Normal Form (CNF) grammar equivalent to the given context-free grammar (CFG). 1. SaA Sab A+ ab | BA ASD BaS b 2. SAIC A → AaB AaC | B | a B Bb Cb (→ cclc 3. S → SabA; AAA bc | Bc; B → Aab | BS a
Convert the following context free grammar G to Chomsky normal form. G:S → AB A → aAb|B2 B → BA2
5. (10 points) Convert the following grammar G over Σ-{a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, A-rules, useless symbols, and chain rules. Show your steps clearly. 5. (10 points) Convert the following grammar G over Σ-{a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, A-rules, useless symbols, and chain rules. Show your steps clearly.
4. Convert the following grammar to Chomsky Normal Form: SabAB A ABC B BA|A|
2. Convert the following grammar to Chomsky Normal Form (CNF). R is the start symbol and the lower case letters are terminals. The upper case letters are variables/non-terminals. R->XRXS S->a TbbTa T->XTXI X. € X->ab
Convert the following grammar into Chomsky Normal Form (CNF): S → aS | A | bS A → aA | bBa | aAa B → bb | bBb Note: you need to first simplify the grammar ( remove any λ - productions, unit productions, and useless productions), and then convert the simplified grammar to CNF. Convert the following grammar into Chomsky Normal Form (CNF): SaSAS A → AbBa| aAa B+bb | bBb Note: you need to first simplify the grammar...
1)Convert the following context free grammar to Chomsky Normal Form S → a X | Yb X → S | λ Y → b Y | λ 2)Some languages distinguish between uppercase and lowercase in identifiers. What are the pros and cons of this design decision? 3)Use the pumping lemma to prove that the following languages are not regular. (The alphabet is Σ = {a, b}.) a) L = {an b1 ak: k >= n+ l} b) L = {ww:...
Consider the grammar provided below: S → AB | aB A → aab | Λ B → bbA Question: Showing all the steps convert the above grammar to Chomsky Normal Form (CNF)
Theory of Computation 7. Write down the Chomsky Normal Form for the context-free language de- fined by the productions: S bAļaB. A bAA laSla, and B aBB bS b, where S, A, B are nonterminal symbols and a, b are terminal symbol 8. For the context-free grammar Ģ -(X, T, R, S) with X (A, B. C, a, b), T a, b and productions R: SAB |BC, ABAa, BCClb,C AB la, check by applying the CYK Theorem whether the string...
Convert the following grammar G over Σ = {a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, λ-rules, useless symbols, and chain rules. Show your steps clearly. S → bT T → aAA | AbAT A → aT | bT | a