Truth Table Based Intelligent Computing

Computing architectures for solving design and test problems and managing social processes based on monitoring and vector logical processing of big data as addresses are considered. A model of data structures in the form of a truth table is considered for solving combinatorial problems associated with technical diagnostics, monitoring, and control of cyber-physical and cyber-social space. The problem of transferring the von Neumann architecture into memory and replacing a powerful processor by read-write transactions on logical vectors to reduce energy and latency when simulation logical functionality of any dimension is considered. A truth table is proposed to describe the tested combinations of faults on the input lines. Representing functionality in the form of a structure of smaller elements reduces the memory for storing logical vectors by introducing connections between elements but complicates the simulation algorithm and increases the processing time of the logical circuit. Logic vector functionality from n-inputs has the advantage of simulating more input variables in parallel in a single clock cycle. If there are no memory restrictions, then representing the functionality as a single logical vector is more time efficient and simpler for the algorithm for in-memory simulation, as well as for executing functions in production. Therefore, the use of a logical vector instead of the structure of typical technological elements is a definite step towards smart data structures in-memory computing. If the speed of read-write transactions on memory approaches the performance of logic circuits in the processor, then the next step in the electronic technology market will be the transition from processor logic to vector logic in in-memory computing. Smart data structures for fault-free simulation are represented by a superposition of logical vectors of functionality included in the digital circuit. Examples are given of processing big data as truth table addresses for constructing a vector logical model of a social process.