Theft Detection System using PIR Sensor

Saranu, Prithvi Nath; Abirami, G.; Sivakumar, S.; Ramesh, Kumar M; Arul, U.; Seetha, J.

doi:10.1109/icees.2018.8443215

Cited by 31 publications

(11 citation statements)

References 6 publications

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“…This system will do normal surveillance during business hours in the bank or shop with the help of a normal camera and during the closing time, the system will turn on the security mechanism through the website. if the security system is switched on, then the microprocessor will activate the PIR sensor [11] for detecting any human presence in that area and if any human presence is detected, the camera will capture the image of the person entered with the help of MATLAB. .…”

Section: Block Diagrammentioning

confidence: 99%

AI-based Cyber Threats Intrusion Detection With Hyper parameter Optimization

Nishanthini¹,

Madhumitha²,

Tejasri³

et al. 2022

IJETMS

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Many technologies have presented security frameworks to society of which IoT-based security is more demanded. Camera and Sensors act as the backbone of the system to get security. We are implementing a crime detection Surveillance system by using an IoT module and PIR Sensor. IoT plays an important role in the automatic process and helps people to work smarter. In this system sensor named PIR is used for motion detection when an unauthorized person enters the protected area. The PIR sensor and camera are combined in such a way that when any action happens in the area, automatically it switches on the camera. The authorized person can view the IoT data which is the action of an unauthorized person inside the protected area. A mail-services is included in this to notify them regarding the stranger's action to the owner. The proposed method provides a smart surveillance security system for Intruder detection.

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Section: Block Diagrammentioning

confidence: 99%

AI-based Cyber Threats Intrusion Detection With Hyper parameter Optimization

Nishanthini¹,

Madhumitha²,

Tejasri³

et al. 2022

IJETMS

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“…PIR motion sensor is used to detect the motion of an object by measuring the level of infrared radiation produced [16]. Humans who have body temperature will emit radiation in the form of infrared waves that cannot be captured by the eye, but can be captured by electronic devices namely PIR sensors.…”

Section: The Hardware Input Part Of the Smart Home Security Systemmentioning

confidence: 99%

Design and Implementation of a Smart Home Security System Using Voice Command and Internet of Things

Susanto

Nurcahyo

2020

khif

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A smart home security system consists of various sensors and recorders to automatically provide data on the conditions of a house. Home electronic equipment may be controlled from distant places using the internet of things technology and speech recognition. This research aims to develop a smart home security system by monitoring fire hazards and theft. It helps also control electronic equipment using voice commands that is useful especially for the disabled. The system design consists of hardware, software, and application design. Hardware design uses ESP8266, Arduino Mega 2560, MicroSD Card module, VC0706 serial camera, DHT22, magnetic door switch, PIR HC SR501, and Google Assistant device. Software design uses Arduino IDE for programming Arduino Mega and ESP8266. Applications used in the design are Adafruit.io, Thingspeak, and IFTTT (If This Then That). Voice commands control home electronic devices (lights), while fire and theft are monitored through the use of sensors and cameras. The system test shows that voice command can control lights on and off at an accuracy of 88%. Temperature and humidity sensors acquire data and send them to Thingspeak application for online fire monitoring. Sensors to detect intruders in the form of door switch and PIR work well and automatically activate cameras that capture objects to store in a MicroSD card.

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“…The raspberry pi conveys the video to the to the owner via the mobile dongle, this leaves the owner to decide whether the activity observes is abnormal or not, if it is the owner initiates an event to release chloroform into the room causing the burglar to go unconscious. The system provides the live usage of monitoring and controlling the activities inside the house when the owner is not present but the system is not autonomous [17]. Naresh et al proposed the Bluetooth based automation and security system using ARM7, the paper proposed the interfacing of the home electrical parameters to the GPIO (General Purpose Input Output) ports of the microcontroller in an embedded system board and their status is passed to the ARM7 with Bluetooth device and only authorized persons can access home appliances [18].…”

Section: Arduino Boards and Gsm Have Been Used By Kaur Et Al Onmentioning

confidence: 99%

Engineering and Deploying a Cheap Recognition Security System on a Raspberry Pi Platform for a rural Settlement

Osamor¹

2019

IJATCSE

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Security is one of the most fundamental challenges of mankind, providing affordable devices for apprehending criminals. Using smart technology is on the rise and the ability to have full surveillance records of both authorised and unauthorized entrance to designated facility or important resource in a timely manner is highly desirable in modern society of today. This paper proposes the use of Histogram of Oriented Gradients (HOG) to train a model capable of recognising authorised personnel on a raspberry pi device for the purpose of security and ease of access to vital infrastructure. HOG was the preferred choice because it is not computationally intensive as compared to Convolutional Neural Networks (CNN) and most other relatively comparable computational algorithms. The HOG network detect faces and sends a report to Firebase Database and an image is also sent to Google Cloud Storage (GCS) a package on the Google Cloud Platform (GCP). Both data from Firebase and GCS are sent to a companion android application where the user can view who entered specific locations, at specific time with accompanying pictorial evidence. The recognition system was deployed on a raspberry pi device that's feeds in visual data via an inexpensive camera. Collectively, the proposed system is a relatively cheap smart technology security system with inherent ability to accomplish real-time surveillance tasks using widely penetrated android phone technology while maintaining low computational overheads.

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Theft Detection System using PIR Sensor

Cited by 31 publications

References 6 publications

AI-based Cyber Threats Intrusion Detection With Hyper parameter Optimization

AI-based Cyber Threats Intrusion Detection With Hyper parameter Optimization

Design and Implementation of a Smart Home Security System Using Voice Command and Internet of Things

Engineering and Deploying a Cheap Recognition Security System on a Raspberry Pi Platform for a rural Settlement

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