  Linguistic variables represent crisp information in a form and precision
appropriate for the problem. For example, to answer the question "How are you?"
one may say "I am fine." the linguistic variables like "fine", so common in
everyday speech. In this paper an alternative interpretation of linguistic
variables is introduced with the notion of a linguistic description of a value
or set of values. The use of linguistic variables in many applications reduces
the overall computation complexity of the application. Linguistic variables
have been shown to be particularly useful in complex non-linear applications.
Here we are applying the concept of reasoning with Linguistic Quantifiers to
define the Linguistic Finite Automata along with the expansion of \delta^{\box}
and \lambda^{\box} over \delta and \lambda.
