Final Year IEEE IoT Projects in Chennai

Abstract:

The modern world has a strong desire to obtain everything in a short period. People today want to realize their current health situation and receive proper care as soon as possible. However, without assistance, aged and disabled persons are completely helpless. They also have to deal with several challenges when it comes to informing others about their medical condition. A smart automobile system has been offered as a solution to this problem. The proposed system includes health monitoring technologies that assess body temperature and heartbeat. The temperature and heart rate statistics were displayed on an LCD, and an automatic notification was sent to caretakers or doctors. A fall detection system has been implemented to prevent inadvertent injury and death for old and disabled persons. When the data reaches a certain threshold and the fall detector detects a fall, the system sends an automatic alert. This presentation will concentrate on basic health monitoring and care for older and disabled people.

Abstract:

The amount of waste that humans generate is rapidly increasing and will not be managed unless radical changes are made. Such increases will have a significant impact on waste management firms, as they will be required to supply resources for the collection of such waste with little or no return. The goal of this project is to create smart real-time waste management and monitoring system that maximizes efficiency and optimizes resources. The system is built around three primary components: a master station, a slave station, and an IoT platform. The data from the slave stations is collected by the master pin station and sent to the IoT application for remote management and monitoring. The system is powered by solar panels. For trash monitoring and management, four parameters are used: temperature, level in percentage readings, smoke detection, and the location of the global positioning system (GPS). The system’s development phase is split into two parts: system modeling and hardware implementation. The modeling phase of the system development is presented in this work.

Abstract:

Hospitals are challenging work environments with different levels of safety. This paper provides a quick overview of solutions that use the Internet of Things to solve problems in hospitals. The main goal of this SMART hospital is to ensure patient safety while also limiting excessive power use. Some of the issues that we discovered are described here, along with a possible solution. Hospital fires and a rare but dangerous illness known as vascular air embolism are two issues that pose a threat to patient safety. Excessive and neglectful usage of electricity is the opposite of optimal power use. Integrating sensors with IoT to monitor environmental conditions can be beneficial to the hospital industry because it improves not only the patient experience but also the staff flow by reducing time-consuming activities.

Abstract:

The utilization of Internet of Things (IoT)-based technologies has recently been expanded with inestimable Internet resources. The system exemplifies the creation of innovative systems that allow for remote control and supervision regardless of distance or time. Temperature and humidity levels in a poultry house should be evaluated regularly to ensure the system operates efficiently. To avoid incidents that cause the temperature to climb too high, it must be monitored 24/7. This paper focuses on the IoT solution for monitoring temperature and humidity conditions, as well as the presence of power connectivity, at any time and in any location.

Abstract:

Due to the lack of a single control platform, it is difficult to provide unified management for smart home terminals that use different technologies. To explore the intelligent upgrade of household appliances, a smart socket design plan based on NB-IoT is presented. The smart socket’s overall architecture is described. The smart socket’s hardware and software design concepts are discussed. The smart socket and the IoT cloud platform develop a communication protocol, and the intelligent interaction between the common home appliance, the cloud platform, and the user is realized. The results of the experiments show that the smart socket enables the user to remotely monitor and manage household appliances without compromising the function of the traditional socket, and thus enhances the smart home’s overall intelligent development.

Abstract:

The amount of waste that humans generate is rapidly increasing and will not be managed unless radical changes are made. Such increases will have a significant impact on waste management firms, as they will be required to supply resources for the collection of such waste with little or no return. The goal of this project is to create smart real-time waste management and monitoring system that maximizes efficiency and optimizes resources. The system is built around three primary components: a master station, a slave station, and an IoT platform. The data from the slave stations is collected by the master pin station and sent to the IoT application for remote management and monitoring. The system is powered by solar panels. For trash monitoring and management, four parameters are used: temperature, level in percentage readings, smoke detection, and the location of the global positioning system (GPS). The system’s development phase is split into two parts: system modeling and hardware implementation. The modeling phase of the system development is presented in this work.