MICROCONTROLLER-BASED SYSTEM AND DEVICE MANAGEMENT AND PROCESS MONITORING

Abstract

This paper analyses advances in smart, distributed and process management systems based on microcontrollers. They consider critical building blocks promoting those systems by designing fault-diagnostic techniques, smart device based approaches and sensor-based computer tracking. It then defines three approaches to the device architecture monitoring: integrated, clustered and embedded. When deployed independently and in tandem with each other, existing implementations of these methods are then debated. In specific, the paper explores the feasibility of both existing and future surveillance of microcontroller-based models