Tcukanov V. Models of function-oriented processor with flexible architecture

The thesis is devoted conceptual development of algorithmic support and software of function-oriented processor (FOP) and also to development of block schemes of different levels on the base of functional tree and operational models.On the base of the analysis of works, devoted to investigation of different architectures of processors, the algorithmic conception of FOP, changing its structure upon realization of global microprograms, is proposed. The formed general operational model of FOP has allowed turning to functional model at different levels .In the work stages of successive mapping of operational model onto functional model and functional model onto technical model are given. At that a law of mapping is given. To check efficiency of the proposed models the following models of FOP are synthesized: program models, network model and VHDL model. The proposed models have allowed comparing work of FOP with work of standard Pentium. A compiler, which allows realizing several types of optimization, including temporary optimization, has been developed.