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Smart City Management System using IoT with Deep Learning | IEEE Conference Publication | IEEE Xplore

Smart City Management System using IoT with Deep Learning


Abstract:

The project aims to model implementation of an advanced Smart City system that consists of Smart Home equipped with security features, Smart Waste Management System and a...Show More

Abstract:

The project aims to model implementation of an advanced Smart City system that consists of Smart Home equipped with security features, Smart Waste Management System and automated street lights. Because of the increasing instance of gun violence in the country as well as abroad, we have added the feature of detecting guns outdoors using neural networks, image classifier and object detection. The system is designed by merging the concept of the Internet of Things that control various components of the Smart City ranging from energy efficient Smart Home along with its security measures to identifying a gun from closed-circuit television (CCTV) footage to detect danger on streets of the city achieved by creating an image classifier by training a neural network. As there is no sensor currently available that can detect the presence of an object in a photo, an image classifier is used to detect guns in the photos taken by the CCTV camera.
Date of Conference: 17-19 July 2019
Date Added to IEEE Xplore: 20 February 2020
ISBN Information:
Conference Location: Coimbatore, India

I. Introduction

Presently, even though devices can communicate to different machines by the power of IoT, they still don't natively have the ability to detect an object from the images captures by a camera (CCTV in case of Smart City) that can have a vast number of applications. The proposed systemhas the capability to detect a gun from an image acquired from closed-circuit television by processing it using a trained neural network as the implementation of deep learning and generate an alert to notify of potential gun violence. The paper attempts to fill the gap in IoT enabled devices and Object Detection, allowing more room for new possibilities and applications [20]. The implementation of Smart City [17] will contain three major components. First, one is the Smart Home that includes automated lighting that is configured in conjunction with light sensors (LDR, that is, light dependent resistor)and can also be controlled via a mobile application. Aside from lighting, the smart home monitors humidity and temperature and automatically switches on an air conditioner to regulate and maintain the preferred temperature conditions as per the user's needs.

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References

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