Automation and Remote Monitoring by using TOPSIS Method

Our lives have grown less manual and easy as a result of the advancements in technological advances that has been caused by the Internet of Everything' daily growth. Considering the fact that health is currently one of the most critical topics, it might be used as a continuous monitoring system in the health care industry. Additionally, a phone call or online communication service can be enabled to let the doctor, medical assistant, and patient's family members know how the patient is feeling as well as allow the patient to speak with them. Automation is the use of technology to carry out operations or tasks with the least amount of human participation. It includes improving processes, decreasing errors, and increasing output via the use of hardware, software, and control systems.automation and remote monitoring is vast and impacts various industries and domains. Automation reduces manual labor and streamlines processes, leading to increased efficiency and productivity. Automation helps organizations reduce costs associated with labor, energy consumption, maintenance, and waste. Automation and remote monitoring enhance workplace safety by automating hazardous tasks, reducing human exposure to dangerous environments, and enabling real-time monitoring of safety-critical systems. Remote monitoring enables continuous data collection and analysis of equipment performance, environmental conditions, and operational parameters. Automation and remote monitoring are critical research areas that drive innovation, efficiency, safety, and sustainability across industries. Continued research and development efforts in automation and remote monitoring hold the potential to address emerging challenges, improve operational performance, and create value for organizations and society as a whole. TOPSIS, This method determines the physical distance across every possible solution by using both the negative and positive ideal scenarios as references values. The fundamental tenet of TOPSIS is that the performance criteria are assumed to be ascending, with higher numbers denoting superior performance. In order to accommodate different dimensions or scales between the criteria, the process of normalization represents a common making decisions tactics used by the TOPSIS design, assisting in picking the best choice from an assortment of possibilities. It weighs several factors and ranks options according to how close we are to the most suitable option. Alternatives in the TOPSIS are evaluated according to how far away they are from an unfavorable solution and just how close you are to the ideal answer. Alternative parameters taken as Functionality and Features: Ease of Integration, Reliability and Availability, Customization and Flexibility, Usability and User Experience, Cost and ROI Evaluation parameters taken as Edge Computing, governing bodies, Sensor Networks, Machine Learning and AI,(approximately Cloud-Based Solutions. TOPSIS for final result of TOPSIS for the data set for Automation and Remote Monitoring of the Ease of Integration got the first rank whereas Reliability and Availability had the lowest rank.