信息网络环境下智能安防报警系统设计

Design of Intelligent Security Alarm System Under Information Network Environment

摘要:

为了保证学校学生和其他在校人员的学习生活安全,并且可以最大限度的保障内部人员的人身以及财产安全,需要对校园的安防报警系统进行优化;但目前设计方法在智能安防报警系统优化过程中,无法在校内无人的状况下对学校的突发事件智能安防报警系统,存在校园智能安防报警系统性能不高的问题;为此,提出了一种基于MSP430单片机的信息技术环境下校园智能安防报警系统设计方法;该设计方法先将MSP430单片机嵌入至安防报警系统多控制传感器模块中进行实时监测,并且统计关于学校内部人员以及其贵重物品的进出与防火灾安全情况,然后采用C/S(Client/Server)结构根据安全状况设置智能声光报警,使用无线传输技术快速组网,各个采集终端在监控安防报警信息的同时,利用无线方式发送到总控制平台,方便学校的管理人员实时了解学校安防状况;最后在危险情况发生时发送短信快速通知校内安防人员,尽量避免或者降低校内人员的财产损失,保证学生以及校内其他人员的安全;仿真实验证明,所提方法提高了信息网络环境下校园智能安防报警系统的稳定性,增强了校园智能安防报警系统的灵活性和自动性。

Abstract:

In order to ensure the safety of school students and other students in the study and life, and to maximize the protection of the personal and property safety, the need for campus security alarm system optimization. But the current design method of intelligent security alarm system in the process of optimization, not in the school under the condition of no unexpected events on the school campus intelligent security alarm system, intelligent security alarm system performance is not high. For this reason, this paper puts forward a design method of campus intelligent security alarm system based on MSP430 mcu. The design method of the embedded MSP430 microcontroller to control security alarm system for real-time monitoring of sensor module, and fire safety and import statistics about the school staff and the valuables, and then the C/S (Client/Server) structure according to the safety condition set of intelligent alarm, using wireless transmission technology and rapid networking, each acquisition terminal alarm information in security monitoring at the same time, the use of wireless way sent to the general control platform, managers to know the real-time security situation of convenient school school. Finally, in the event of a dangerous situation to send text messages to inform the school security personnel, try to avoid or reduce the loss of property within the school, to ensure the safety of students and other personnel in the school. The simulation results show that the proposed method improves the stability of campus intelligent security alarm system in the information network environment, and enhances the flexibility and automation of campus intelligent security alarm system.