A WEARABLE DEVICE FOR CONTINUOUS GLUCOSE MONITORING USING IOT AND FOG COMPUTING

A WEARABLE DEVICE FOR CONTINUOUS GLUCOSE MONITORING USING IOT AND FOG COMPUTING Remote sensor systems are broadly utilized in the territory of wellbeing informatics. Remote and wearable sensors have become predominant gadgets to screen patients in danger for interminable infections. This finds out that patients go along with the treatment plans and protect them during abrupt assaults. The measure of information that is accumulated from different sensors is various. In this invention, we study the plausibility of obtrusive and constant glucose checking framework using IoT based methodology. We planned an IoT-based framework engineering from a sensor gadget to a back-end framework for introducing ongoing glucose, internal heat level, and relevant information in graphical and comprehensible structures to end-clients, for example, patients and specialists. Merely having a straightforward sensor-to-cloud design isn't reasonable, and this is the place having a haze registering layer that has any effect. This expands the effectiveness of the whole framework, as it does not just decrease the measure of information that is moved to and from between the Cloud and the sensors yet additionally kills the danger that a server farm disappointment holds on for it. We likewise break down the security and arrangement issues of this mist registering layer. 1| P a g e QURY FIEEDBAGK INFORATI AN | | FIEDBNS CCNW EXT PARAME1 lERS FIG 2: SCHEMATIC DIAGRAM OF PROPOSED ARCHITECTURE ER COMPUTING COMPUTING FIG 3: TRI LAYERED FRAMEWORK 21Page