1. OBJECTIVES
To enhance energy efficiency in IoT communication technologies of IEEE 802.11 ah.
To mitigate collision over IEEE 802.11ah networks.
To call back scheduling algorithm by using auto wakeup feature in MEMS energy harvester.
To improve energy efficiency by energy harvesters/sensors designed as transducers.
To validate the accuracy of MEMS sensor using theoretical derivation.
To analyze soil nutrients using chemical parameters in the cantilever structure.
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2. MOTIVATION
IoT protocols need to transmit large amount of data for implementation of smart applications.
Efficient algorithm for collision free transmission is needed everywhere to reduce time and to reduce
the power consumption in standby.
Here comes the innovation of MEMS Sensor in IoT, deploying more sensors in less space & less power
consumption.
MEMS Sensor can also be used as transducers to scavenge energy and to switch on device / algorithm
from sleep at the time of execution only.
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3. IoT
IoT ( Internet of Things ), is defined as a network of
devices that feed data into a platform to enable
communication and automated control.
Internet of Things is an emerging paradigm of
internet connected things that allows
The physical objects or things to connect.
Interact and communicate with one another
through web.
It connects systems, sensors and actuator
instruments to the broader internet.
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IOT PROTOCOLARCHITECTURE
