Mixing
Context-Free grammar - Normal form
0
$begingroup$
Termials = a,b,c.
non-Termials = A,S.
Production Rules:
(1) S → aS
(2) S → bA
(3) A → bA
(4) A → cA
(5) A → c
(6) S → a
How do you write the following in normal form, I understand that it is currently not a context free grammar language of normal form , so I want to modify to be.
discrete-mathematics formal-languages regular-language context-free-grammar conjunctive-normal-form
asked Jan 23 at 10:41
SueSue
126
$endgroup$
add a comment |
0
$begingroup$
Termials = a,b,c.
non-Termials = A,S.
Production Rules:
(1) S → aS
(2) S → bA
(3) A → bA
(4) A → cA
(5) A → c
(6) S → a
How do you write the following in normal form, I understand that it is currently not a context free grammar language of normal form , so I want to modify to be.
discrete-mathematics formal-languages regular-language context-free-grammar conjunctive-normal-form
asked Jan 23 at 10:41
SueSue
126
$endgroup$
$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52
add a comment |
0
0
0
$begingroup$
Termials = a,b,c.
non-Termials = A,S.
Production Rules:
(1) S → aS
(2) S → bA
(3) A → bA
(4) A → cA
(5) A → c
(6) S → a
How do you write the following in normal form, I understand that it is currently not a context free grammar language of normal form , so I want to modify to be.
discrete-mathematics formal-languages regular-language context-free-grammar conjunctive-normal-form
asked Jan 23 at 10:41
SueSue
126
$endgroup$
Termials = a,b,c.
non-Termials = A,S.
Production Rules:
(1) S → aS
(2) S → bA
(3) A → bA
(4) A → cA
(5) A → c
(6) S → a
How do you write the following in normal form, I understand that it is currently not a context free grammar language of normal form , so I want to modify to be.
discrete-mathematics formal-languages regular-language context-free-grammar conjunctive-normal-form
discrete-mathematics formal-languages regular-language context-free-grammar conjunctive-normal-form
asked Jan 23 at 10:41
SueSue
126
asked Jan 23 at 10:41
SueSue
126
edited Jan 23 at 10:55
Sue
asked Jan 23 at 10:41
SueSue
126
asked Jan 23 at 10:41
SueSue
126
asked Jan 23 at 10:41
SueSue
126
126
$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52
add a comment |
$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52
$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52
add a comment |
0
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oldest
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$begingroup$
How do you convert different values for one non - terminal of production rules to CNF?
$endgroup$
– Sue
Jan 23 at 10:51
$begingroup$
By CNF in your comment you mean Chomsky Normal Form? In the question you do not specifiy. There are also Greibach Normal Form and other normal forms for CFG. For CNF you can easily find conversion algorithms.
$endgroup$
– Peter Leupold
Jan 23 at 12:00
$begingroup$
@Sue A good start is to actually understand the grammar you're given. Can you describe what the words it creates are?
$endgroup$
– Nick Peterson
Jan 23 at 18:52