A Wrist Worn Internet-of-Things Sensor Node for Wearable Equivalent Daylight Illuminance Monitoring

A Wrist Worn Internet-of-Things Sensor Node for Wearable Equivalent Daylight Illuminance Monitoring

Mr. Prasanna Kumar J M

Assistant Professor

Computer Science and Engineering, BGS Institute of Technology,

BG Nagar, Karnataka

Kavyashree C R

20CSE035

Computer Science and Engineering, BGS Institute of Technology,

BG Nagar, Karnataka

Abstract — The Light openness assumes a pivotal part in directing human physiology and conduct. Notwithstanding, current wearable Web of-Things (I o T) gadgets need checking of light openness. This paper presents a wearable light sensor hub intended to fill this hole by giving observing of identical sunshine illuminance openness in certifiable settings. The framework plan, electronic execution testing, and precision of identical light illuminance estimations contrasted with an aligned unearthly source are introduced. Factors, for example, sensor arrangement on various pieces of the body and reasonable use north of seven days are additionally tended to. The gadget works for 3.5 days between charges, with an inspecting time of 30 seconds and 10 channels of estimation over the scope of 415-910 nm. Results show a mean outright mistake of under 0.07 log lx for estimated α-opic identical sunlight illuminance. This work gives a stage to future examinations concerning certifiable light openness checking and I o T-based lighting control.