Tamer A. Cloud service-computing for testing and modeling SoC components

The goal of the investigation is to significantly improve the yield and quality of software and hardware products through the creation of an infrastructure of cloud services for simulation, testing and repair based on the use of vector data structures of addressable functional elements and increasing the speed of the qubit synthesis and analysis methods. The main results are the following: 1) a new model and directions of sustainable development of cyber-physical computing for prediction of attractors in the IT industry are proposed; they are based on the space-time analysis of the technological processes characterized by three phases of development and enable to predict future trends in the development of cyber culture; 2) improved vector models for the qubit representation of digital system structures and components based on address coding of input signals, which differ by the technology effectiveness and high speed of the synthesis and analysis procedures built on their basis; 3) an improved method of interpretative parallel modeling of the components of digital systems-on-chips, which differs by applying an automaton MAT-model focused on the use of only addressable memory structures and transaction operations; 4) improved methods for test synthesis and fault simulation, which differ by the parallel implementation of logical register operations with the qubit coverage of circuit components.