Study of Design of IoT based Digital Board for Real Time Data Delivery on National Highway
Chetan Dhule, Rahul Agrawal, Sanjay Dorle, Bhushan Vidhale
Abstract
This article primarily presents the work of integration between the control system and the data acquisition process based on deriving current weather data on the signals used to produce the presented data and the second part includes hardware control. All interactions are integrations that create a smart digital display board. It has powerful content integration, multiple screen support, and easy to access. This unique feature makes them useful for developing smart digital boards. Instead of using sensors to collect weather data, the project receives data from various weather stations available worldwide, such as an international weather data provider such as weather, open weather maps, weather group API, Foreca, -Sky Sky, and earth weather online. The project is designed to build an efficient system to display the most accurate real-time weather data and its chief manager can independently advertise the information along with the weather data. The Application-Programming Interface (API)is used to retrieve weather data and also used to measure temperature, humidity and air-speed data, air and pollution control.