Computerized Smart Luminous System using Passive Infrared by Motion Recognition (CSLS-WIFI)

Nowadays automation plays a prime role in a leading society and here we describe about the light based automation system. The Comuputerized Smart Luminous System using Wi-Fi Module is designed to develop an algorithm for the power saving system and to increase the time for human at workspace. This system mainly deals with the light automation with dual operating process. The room will be furnished with the PIR sensor where it detects the human motion and powers up all the light sources and ventilation devices connected to the system. The principle used by this project is to detect surrounding humans by their movements. For achieveing this the Arduino board is used. Arduino processes that data from PIR and it is programmed to switch on the relay module which then triggers the electrical appliances. This mechanism is used to powers up the connected light source which switch on the lights automatically. And it can also be operated in IOT platform. The free IoT platform which is used for accessing the system is Blynk IoT platform which also comes as a mobile application. This is a remotely controlling Smartphone application which can be designed with wifi module connection. It comes with controlling options that can act as remote and while reaching the WiFi zone the internet helps to get the control of the system. Thus the light automation is achieved. Some existing and present modules contains certain drawbacks such as low range detecting sensors, capacity to withheld lifetime of the system is also less. In order to overcome an existing drawback, A Computerized Smart Luminous System Using Passive Infrared By Motion Recognition (CSLS - Wifi) is proposed. There are more number of existing system based on this criteria but they failed an implanting in the real-time as cost efficient product application, So the main aim of the proposed system is to implement the project in various places where automation is needed with remote control mechanism at low cost. For example, the structure of rooms may differ from one another. During night time switching ON & OFF is quite difficult hence applying automation in the form of wifi module operated with IoT platform or with motion recognition of the user with the help of PIR sensors the automation mechanism can be achieved easily. The proposed system reduces wastage of conserved power caused by the users since it is completely automated. In future everything is going to be computerized; hence this type of systems will play a major role in the growing technology. The proposed system will modernize the existing social environment and will be benefited for the future society.This system has a healthy growth in the real time process as it has larger application with different modules and specifically in IoT platforms.