Correction for Creeping Wave in Load Cell for Long Term Bio-Metric Data |
Author(s): |
Rajarshi Banerjee , SDET- BRAINWARE GROUP OF INSTITUTIONS; Rajesh Dey, SDET- BRAINWARE GROUP OF INSTITUTIONS; Rajkumar Mandal, SDET- BRAINWARE GROUP OF INSTITUTIONS; Achintya Das, Kalyani Government College of Engineering |
Keywords: |
Creeping, Adaptive Algorithm, Load Cell, Least Mean Square (LMS), Mean Square Error (MSE) |
Abstract |
This paper puts forth the author’s implementation of a concept which will be able to make the correction of creeping wave effect in sensor. The main concept in this paper is regarding the biometric plantar pressure measurements which are frequently applied for lower extremity injury risk. The different conditions viz., orthopedic liners, footwear and/or physiotherapy activities compared under different exhibits of individuals. The use of biosensors are broadly used in this medical era for efficient monitoring even from remote places. The main problem faced in this techniques is the size of the sensors and the frequency at which the device works. In our case, we have used a load cell to determine the diversion in output corresponding to input. We would proceed first by building a mathematical model on creeping followed by digitizing the output using suiting sampler and A/D convertor. In this scenario, after validating the output, we need to minimize the oscillation produced in the output of creeping effect in load cell by an adaptive technique of modulation. The concept tends to belong to a dynamic process for achieving desired creep compensated response in an adaptive technique using load cell as sensor. |
Other Details |
Paper ID: IJSRDV5I31011 Published in: Volume : 5, Issue : 3 Publication Date: 01/06/2017 Page(s): 1027-1030 |
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