Open Access
An Effective Object Detection Video Surveillance and Alert System
M. V. Khadse,Pratik P. Nijampurkar,Yash D. Pardeshi,Neha S. Kale +3 more
- Iss: 2, pp 18-22
TLDR
This work is proposing an effective object detection and video surveillance system, using SOBEL filter which comes under edge detection algorithms, and creates an image which emphasizes edges and transitions.Abstract:
Traditional video surveillance takes a huge amount of storage space. Recording everything captured by a surveillance camera consumes the large storage space and hence limits the duration of video that can be stored. In addition, recording everything makes it time consuming for a human to review the stored video. Mounting video cameras is cheap, but finding available human resources to monitor the output is expensive. All these disadvantages limit the effectiveness of traditional video surveillance.To solve these problems, recording only crucial images that contains important information is the only way. Identifying moving objects from a video sequence is a fundamental and critical task in many computer vision applications. We will be using SOBEL filter which comes under edge detection algorithms, and creates an image which emphasizes edges and transitions. Nowadays, the size of storage media increases day by day. Although the largest capacity of hard disk is about 2 Terabytes, it is not enough large if we store the video file without compressing it.[6] Image Compression aims to describe the process of storing the image with less number of bytes in digital memory by removing the redundancy from the image. Digital Images are stored with BMP, TIFF, GIF, JPEG formats. So to overcome these disadvantages we are proposing an effective object detection and video surveillance system. Video surveillance has found its importance for security purpose in every industry throughout the past several years, especially where the safety is of utmost importance.read more
Citations
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Global Canny algorithm based on Canny edge detector framework in magnetic resonance imaging
Tengku Ahmad Iskandar Tengku Alang,Tan Tian Swee,Tan Jia Hou,Leong Kah Meng,Sameen Ahmed Malik,Muhammad Amir As'ari,Adil Hussein,Azhany Yaakub,Hum Yan Chai,Juhara Haron +9 more
TL;DR: The result shows that the proposed method can yield better edge detection than conventional method, with minimal false edge detection, and undergoes several attempts of parameter adjustment to detect true edges successfully using optimal parameter setting.
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Searching Objects in a Video Footage: Dropping Frames and Object Detection Approach
TL;DR: This research makes use of combined implementations from existing work and also applied the dropping frames algorithm to produce a shorter, trimmed video clip showing the target object specified by the search tag, which is short and specific to the object of interest.
Proceedings ArticleDOI
An Intelligent Video Surveillance System using Edge Computing based Deep Learning Model
TL;DR: In this article , the authors proposed an intelligent video surveillance system based on the edge computing consisting of multi-camera for smart cities and homes, the idea is perform computation locally at the edge devices and then the computed data will be sent to the centralized computing model which is capable of performing real time video surveillance by using the deep learning algorithm.
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Violent material detection system
TL;DR: The paper presents the automatic detection of a violent object observed in a video and Haar Casscade Classifier technique is implemented and the results were quiet impressive.
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