| Abstract: | Quotients and factors are important notions in the design of various computational procedures for regular languages and for
the analysis of their logical properties. We propose a new representation of regular languages, by linear systems of language
equations, which is suitable for the following computations: language reversal, left quotients and factors, right quotients
and factors, and factor matrices. We present algorithms for the computation of all these notions, and indicate an application
of the factor matrix to the computation of solutions of a particular language reconstruction problem. The advantage of these
algorithms is that they all operate only on linear systems of language equations, while the design of the same algorithms
for other representations often require translation to other representations. |
