Integrated control and monitoring system (icms) using digital electronic boards for object monitoring and detection at short distances

This scientific paper explores the use of single-board computers in various projects, particularly focusing on the practical development of an Integrated Control and Monitoring System (ICMS) designed for short-range object monitoring and detection. The adoption of this technology fosters advancements in electronic systems, microcomputers, and microprocessors, thereby enhancing their usefulness for educational and research initiatives. By incorporating real-time monitoring and data processing, this system is crucial in areas such as surveillance security and disaster management, and it also finds applications in industrial automation, environmental monitoring, smart buildings, agriculture, energy management, healthcare, transportation, military uses, and research and education. To assess the effectiveness of the ICMS, two simulations were carried out. The first simulation concentrated on wireless data transmission, showcasing the real-time collection, processing, and transmission of sensor data through a wireless communication module, with results shown on both an LCD and a laptop screen. The second simulation examined servo motor control driven by sensor feedback, where the motor adjusted dynamically in response to object detection within a defined range. These simulations validate the practical functionality and reliability of digital electronic boards in creating real-time monitoring and automation systems. The results of this study underscore the potential of ICMS technology to enhance smart applications and automation across various industries while also paving the way for further advancements in object detection, security, and real-time monitoring solutions.