The Omni-bearing Community Safety Protection

• Main Authors: Li-Wen Lin, 林麗雯
• Other Authors: 林春宏
• Format: Others
• Language: zh-TW
• Published: 2010
• Online Access: http://ndltd.ncl.edu.tw/handle/28svph

碩士 === 臺中技術學院 === 資訊科技與應用研究所 === 98 === The purpose of this research is to construct a comprehensive security system to enhance community safe. The system shall offer accompanying care for the elderly and infirm in the community; friendly guides and personal surveillance for visitors; fire hazard and foreign intrusion detection and intelligent patrol. The system has been specifically designed to overcome the shortcomings of existing surveillance and security systems deployed in community environments such as apartment buildings that are not capable of offering adequate security and protection to residents and visitors. Accompany care is a form of personal surveillance intended for children or the elderly through the application of RFID sensing and positioning technology. It is complemented with online real-time image feeds and mobile devices so that users are able to keep an eye on the movements of children or elderly under surveillance and prevent them from entering potentially dangerous areas. This will effectively reduce the occurrence of accidents for the disadvantaged residents in the community. Accompanying care and guide for visitors make use of RFID positioning technology to monitor visitors’ activities after they have entered the community. If a visitor loses his direction in the community or idles in the community after visiting a specific resident, the system will be able to issue real-time messages to help guide the visitor to the residence he wishes to visit. In addition, an online video feed allows community security to monitor the visitor’s activities in the community, including any possibly suspicious activity. In light of the frequency of incidents such as fire hazards and theft in communities, the system featured in this study is equipped with a surveillance system to capture real time images for fire and skin analysis so that the system may respond immediately by notifying community security in the event of such incidents and effectively prevent hazards and incidents that threaten community safety. Intelligent patrol is a fully-automated patrol system provided to augment existing community security services where the system generates different patrol formats (on-route, reverse route, fixed time and irregular patrols) to eliminate blind spots that security personnel might have missed on their patrol. The combination of different patrol routes will make it difficult for perpetrators to predict the community’s security measures, thereby ensuring highly effective community security. The system proposed in this paper can be easily deployed at communities as an affordable and economic solution. Considering the fact that conventional security measures in communities usually involve a surveillance system, motion detection and manual patrols, such a combination are more susceptible to security loopholes. In this research, we have proposed a better solution that offers comprehensive security protection that further strengthens community safety.