COMMUNICATING TASIM OT-GENETIC QUANTUM KBO MEMORY MODULES CLOSURE

A Communicating TASIM o T-Genetic Quantum KBO Memory Modules Closure is introduced in this paper by using the background information exists in the given references [1-10]. Formal languages and Machine Theory are two important notions in the Theory of Computation [1, 2]. The notions of classical logic, sets and recursion are well known [3]. We know that in the last five decades; computer hardware has undergone dramatic cost reduction by the application of the classical logic [4]. This has not been accomplished by corresponding reductions in the software cost of the computing systems. For this reason, a Tidy Automatic Sequential Information-Processing Mechanism, which is briefly called TASIM, was developed [5, 6, and 7]. It is functionally a high-level formal language for designing and realizing logic objects leading to the construction of an instant FLAHOB machine and language pairs [8, and 9]. In this article, an abstract and advanced TASIM o T-genetic quantum KBO generating formal language o T will be designed. o T-genetic quantum KBO codes structured in o T will be used for developing some optimize able linear o T-genetic quantum memory module closures.

Keywords:

COMMUNICATING, OT-GENETIC TASIM,

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