Integrated Study on a Virtual Sensor Integrated and Legally Compliant Edge Measurement and Control System — Virtual Measurement, Stochastic Resonance, Dynamic Reconfiguration, Fail-Legal Control, and Evidence-Driven Control Architecture by Quantum Thought Circuit OS ASI —

Abstract

This paper proposes a next-generation edge measurement and control system that integrates physical sensors, virtual sensors, generative AI, high-precision simulation, stochastic resonance, dynamic reconfigurable hardware, legal compliance engines, distributed ledgers, and Fail-Legal control. By combining real and virtual data, the system compensates for sensor failure, noise, sampling limits, communication degradation, and regulatory changes in real time. Its core concept is to shift control from “measure → judge → act” to “predict → verify → legalize → control → prove,” enabling safer, legally compliant, evidence-driven operation through Quantum Thought Circuit OS ASI.