Recently, we can find news about toxic and combustible gas accident. So, we have to develop gas detector that can measure gas at dangerous area for preventing gas accidents. In this paper, we calculate a approximation function from sensor's output using the linear regressiong. And we develop software algorithm using Neville's algorithm for measuring gas concentration. Finally, we compare our algorithm with combustible gas detectors that are already developed, by using standard gas samples manufactured Korea Gas Safety. As a result of this experiment, we confirm that performance of our algorithm is more improved than performance of already developed combustible gas detectors. In the future, we'll research how to improve reliability from using count, temperature and humidity. And we'll design hardware applied explosion proof for safety.
[1]
Hern-Chang Lee,et al.
Consequence Analysis for Fire and Explosion Accidents in Propylene Recovery Process
,
2014
.
[2]
Jeong-Rock Kwon,et al.
A Study on the Development and Accuracy Improvement of an IR Combustible Gas Leak Detector with Explosion Proof
,
2014
.
[3]
이인수,et al.
Analysis and Compensation of Sensor Drift in the Gas Monitoring System
,
2011
.
[4]
Geun-Jun Lyu,et al.
Design of a portable ammonia detector for supporting gas safety fields
,
2015,
2015 15th International Conference on Control, Automation and Systems (ICCAS).