Soklakova T. Models and Methods оf Cyberphysical Computing for Monitoring and Management оf Social Processes

The purpose of the study is the development of cyber-physics computer architectures using qubit logical models and methods for analyzing large data obtained through metric monitoring of citizen activity, for moral digital management of social processes, quality of life and ecology of the planet. The essence of the study is the architecture of cyber-social computing for metric monitoring of the activity of citizens and the subsequent qubit modeling of large data on logical structures for the purpose of moral digital management of social processes, ensuring quality of life and preservation of the ecology of the planet. Scientific novelty of research results: 1) For the first time, a qubit method for the synthesis of logic circuits is proposed, which is characterized by the unitary encoding of values of multivalued variables for the parallel simulation of cybersocial processes. 2) For the first time a qubit method of parallel analysis of cybersocial processes is proposed, which is characterized by unitary coding of multivalued variables used in reference logic elements of combinational schemes. 3) For the first time, the qubit-register method of analysis is proposed, which is characterized by the use of logical elements with the vector form of unitary codes of multivalued variables for the parallel simulation of cyber-social processes. 4) Improved architecture of memory-driven cyber-physics computing, which is characterized by parallelization of procedures for synthesis and analysis of logical sequencers designed to simulate social processes and phenomena for monitoring and management. 5) Improved qubit-vector models of digital combinational schemes that differ in unitary coding of multivalued logical variables for the synthesis of sequencers for the purpose of parallel analysis of cybersocial processes.