Problem Statement

Devlop an System to identity transgression though sensors & electronics devices, Camera etc. 

The boundaries have openings where troops cannot be stationed round-the-clock. As a result, all approaches or likely approaches can be protected with tools like hidden cameras, movement sensors, location finder antennas, stand-alone surveillance cameras, remotely operated 360-degree surveillance cameras fitted, quad spotter LORROS, thermal imagers, etc. for quick and accurate detection. Extreme weather should not be a problem for any equipment.

PS Number:PSIOT009

Domain Bucket: IOT
Category: Hardware
Dataset : NA

Transgression occurs when the ocean basins have more quantity of water than their capacity. It can also occur when the land starts sinking into the sea. It results in a flood that is known as transgression.

Background of the Problem

There are gaps along the borders where troops cannot be stationed 24*7 Thus, all approaches or likely approaches can be guarded with equipment like hidden cameras, movement sensors or location finder antenna, stand alone surveillance camera, remotely operated 360 Surveillance camera fitted, quad spotter LORROS and thermal imager, etc for early and effective detection. All equipments should withstand extreme weather condition.

Objective

The ubiquity of these devices will make it difficult to discover all of the devices present in a smart home environment. In this paper, we present our initial experiments using a harmonic radar to discover all types of smart devices in a home—even those that are powered off. Our approach works irrespective of the device’s communication protocols (e.g., Wi-Fi, Bluetooth, Zigbee) and should even detect malicious devices attempting to evade detection.

Summary

Explored the possibility of using harmonic radar to discover consumer electronics inside the home. Tested a set of 16 distinct devices (or objects) and showed that the electronic devices were detectable at distances ranging from 15 cm to 1 meter at different power levels. From the literature, we know that harmonic-radar technology can work over a range of hundreds of feet, leaving open the potential for this approach to be effective on a house-wide scale.