Software Engineering Process for Developing a Person Re-identification Framework

Jesús Fonseca Bustos, Miguel Ángel de la Torre Gómora, S. Álvarez
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引用次数: 4

Abstract

In video surveillance, different security spots are considered to be placed in unconstrained locations. Cameras located on corridors, gateways and roads, have raised the need for new video surveillance systems to support activities like monitoring and look and find lost individuals. Several tools from image and video processing, as well as machine learning research areas have been conceptualized, and tested on limited data. However, implementing academic knowledge into full applications following state of the art software engineering techniques is complex. Similarly, small changes theorized in academia may represent big changes in software development. In this paper, a combination of the COMET (Collaborative Object Modeling and Architectural Design Method) and OCEP (Open Community Engagement Model) methods is proposed to develop a person re-identification framework named Perception. The three operational modes implemented in the framework (evaluation, registration and operation) provide flexibility for researchers and developers, as evidenced by the implementation of two application-specific prototypes.
开发人员再识别框架的软件工程过程
在视频监控中,不同的安防点被认为放置在不受约束的位置。安装在走廊、大门和道路上的摄像头,增加了对新的视频监控系统的需求,以支持监控和寻找失踪人员等活动。来自图像和视频处理以及机器学习研究领域的几个工具已经概念化,并在有限的数据上进行了测试。然而,按照最先进的软件工程技术,将学术知识实现为完整的应用程序是复杂的。类似地,学术界理论化的小变化可能代表软件开发中的大变化。本文提出结合COMET (Collaborative Object Modeling and Architectural Design Method)和OCEP (Open Community Engagement Model)方法,开发一个名为Perception的人物再识别框架。框架中实现的三种操作模式(评估、注册和操作)为研究人员和开发人员提供了灵活性,两个特定应用程序原型的实现证明了这一点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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