WIRELESS COMMUNICATION USING BLUETOOTH TECHNOLOGY

Abstract

Bluetooth is a data transmission system used to replace cables between computers and their attached units using short-range radio links. For cellular network providers, end staff, and content creators with innovative new applications, industry-wide Bluetooth offers very significant advantages. This paper digs into Bluetooth implementation and design. It also explains the Bluetooth practical outline and implementations, and deals with the creation of a model using a distributed control system to log, print, track, and control eight process variables at the same time. Using IISS, we demonstrate industrial automation through Bluetooth. One of the main uses of Bluetooth technology is industrial automation. In terms of running or tracking a factory, workplace, or manufacturing operation, industrial automation involves implementing computers that can do the job instead of human employees. Industrial plants consist of several machines that are interconnected in numerous ways, ranging from basic data collection units  to smarter devices such as sensors, one-loop controls or programmable controllers, and a supervisory system used for data logging and supervisory control as a human-machine interface (HMI). An IISS is a controlling system in a corporation that controls the machines. It effectively communicates with the interface card in the PC; the hardware is attached parallel around the computer, and it is interfaced with the PC via a transceiver. The computer can be accessed both manually via the switches and remotely via the PC. A simulation of linking a PC to a company's computers was performed. We have also written a software programme using the language of C; we can demonstrate how the remote monitoring between the control room and the PC takes place. The information in this paper establishes the growing need for Bluetooth technology.