Prototipo de un sistema de videovigilancia para el laboratorio de investigación y simulación para telecomunicaciones del departamento de electrónica, telecomunicaciones y redes de información (DETRI).

Abstract

In the past, implementations of video surveillance systems were limited to the use of physical infrastructures composed of cameras in closed circuit television (CCTV) and passive infrared sensors (PIR). With the advance of the technology these limitations have been overcome, allowing to replace the infrared sensors by computational algorithms. These algorithms receive and process the video information transmitted by a camera, in order to detect moving objects. The present project aims to take advantage of the video information transmitted by a video surveillance IP camera for the detection of moving objects without the use of sensors, reducing implementation and maintenance costs, compared to traditional surveillance systems. The implemented prototype consists of an IP camera, a server application (Administrator) and a client application (Operator) connected in network. The client application has a graphical interface that enables the operator to visualize the video in real time, generate and observe alerts issued by connected users or the server application. The server application is responsible for performing motion detection and notifying about events raised. In addition, it has a graphical interface, which allows to manage the video surveillance system.