Actual Time wireless Communication Application for Microcomputer System Based on Data Acquisition

Abstract

Promising remote interactive solutions are offered by the RTC wireless multi-channel data gathering systems. In order to identify and analyze data, this study constructs and uses wireless octet channels. Using an Arduino-Uno connected to National Instruments (NI)-LabVIEW, the data analysis and the appropriate control action will be carried out. A straightforward and user-friendly graphical user interface (GUI) has been created and put into use. The ambient parameters are read us-ing passive infrared (PIR) sensors for temperature, pulse, humidity, and motion. The system offers the possibility of high accuracy data measurements, such as those for temperature and humidity, as well as individual measurements of eight parameters at various reading rates. The means values approach is used to collect correct data for the three sensors in the two described scenarios. Additionally, an effective storage method is employed. It keeps time-and date-stamped information that enables cancellation of any subsequent repeated measurements. The system will only save the most recent updates whenever the environmental parameters have changed. This can significantly reduce the amount of memory needed while yet providing an accurate enough representation of the sensor output. As triggering signals for the actuators, quad flags are used. Finally, this system allows for remote monitoring of the collected data using either a computer or a smartphone with a wifi local area network (WLAN) coverage.