Synelnikov O. High-performance particularized computing structure for data processing

The thesis is devoted to the developing of high-performance dedicated computing systems for data processing in computer systems. The peculiarities of structural organization of the dedicated and problem-oriented computing systems that allow raising productivity and accuracy of data processing at the same time minimization of equipment costs are considered. Parallel and parallel-pipeline structures for iterative calculation of trigonometrical and algebraic functions are designed. Processing speed and calculation accuracy are greatly enhanced due to application of high-speed arguments and intermediate outputs correction facilities. The high-performance dedicated structures that allow organization of current navigation data processing at real-time application, realization of automatically dependent control at those regions where radar stations are can not be used or economically inexpediently for assurance of accurate and reliable navigation, are designed. The offered methods and structures, new scientific and technical decisions can be used on developing high-performance dedicated structures on integrated circuits and PLD.