Which of the following conversion is not possible (algorithmically)?
If P & R are regular and also given that if PQ=R, then
Assume the statements S1 and S2 given as:
S1: Given a context free grammar, there exists an algorithm for determining whether L (G) is infinite.
S2: There exists an algorithm to determine whether two context free grammars generate the same language.
Which of the following is true?
An FSM with
Number of states of FSM required to simulate behaviour of a computer with a memory capable of storing “m” words, each of length ‘n’
Regular expression (x/y)(x/y) denotes the set
What is the maximum number of reduce moves that can be taken by a bottom-up parser for a grammar with no epsilon- and unit-production (i.e., of type A → and A → a) to parse a string with n tokens?
The production Grammar is {S→aSbb,S→abb} is
A system program that brings together separately compiled modules of a program into a form language that is suitable for execution
__________ was developed from the beginning as a cross compiler
A system program that brings together separately compiled modules of a program into a form language that is suitable for execution ___________.
A compiler program written in a high level language is called _________.
What constitutes the stages of the compilation process?
Cross-compiler is a compiler _____________.
A compiler for a high-level language that runs on one machine and produces code for a different machine is called
