Chomsky's linguistic computational theory generated a model for syntactic analysisthrougha. regular grammarb. regular expressionc. regular wordd. none of these

Understanding Chomsky's Linguistic Computational Theory

1. Overview of Chomsky's Theory: Noam Chomsky introduced a hierarchy of grammars to describe the structure of languages. Within this hierarchy, he distinguished between different types of grammars, including regular grammars and context-free grammars, which are essential for syntactic analysis.

2. Regular Grammar: This is a type of formal grammar that can generate regular languages, which can be recognized by finite automata. Regular grammars are simpler compared to context-free or context-sensitive grammars in terms of the complexity of the structures they can generate.

3. Regular Expressions: These provide a way to describe patterns in strings and are often used in programming for searching and manipulating text. They can represent regular languages but are not a grammar themselves.

4. Analysis of Options:

   • a. Regular Grammar: This fits within Chomsky's hierarchy and is related to the syntactic structures he discusses.
   • b. Regular Expression: Though useful in text processing, it is not specifically a model for syntactic analysis in the context Chomsky discussed.
   • c. Regular Word: This term does not directly connect to any specific concept in Chomsky's linguistic framework.
   • d. None of These: This would imply that none of the above are correct, which is inaccurate.

Conclusion

Based on the breakdown of the options and understanding of Chomsky's work, the correct answer is:

Final Answer: a. regular grammar