Intellectual morphological analysis for multifunctional linguistic processors working on monosyllabic languages

A Linguistic Processor computer in natural languages, Development of multifunctional linguistic processors for monosyllabic languages, particularly South-East Asian languages, encounters specific difficulties. These difficulties arise due to the presence of substantivals, polysyntax and polysemy. Besides, a multifunctional linguistic processor deals with different subject-areas and so the determination of proper context becomes difficult. Firstly, because words of monosyllabic languages are formed by one or more morphemes (i.e. there is no definite limit of a word in a sentence, unlike in European languages where spaces separate words from each other). Secondly, most of the monosyllabic languages do not have the concept of "word-form". So the syntactic structure of a sentence can be determined only after the meaning of the words is known (i.e. the syntax is defined by the semantics, whereas for European languages it is vice versa). For eliminating complexities during morphological analysis, a model for determining the word-form of monosyllabic languages must be constructed. The model must be constructed from the logical point of view and the meanings of the words must be taken into consideration as well. This article presents some aspects of the morphological analysis phase and works out an algorithm based upon the concepts of subject area and contexts for it.