摘要
交互空间下智能家居实时监控激光报警传感器设计的研究在众多领域都具有十分重要的意义。为了解决激光报警传感器有效性差的问题,提出并设计了基于MSP430的智能家居实时监控激光报警传感器设计。对于硬件部分,利用MSP430F1611单片机对其展开设计,分析智能家居实时监控激光报警传感器的功能模块,功能模块是由家居检测模块、红外监测模块、报警模块、家居控制模块、通讯模块和电源模块组成,描述各项模块的功能,完成激光报警传感器的硬件设计;对于软件部分,分析激光报警传感器程序的流程和软件功能,借助Android系统,并引入嵌入式服务器Jetty、建立Web服务器,完成软件部分的设计,最终实现智能家居实时监控的激光报警传感器设计。实验结果表明,所设计的激光报警传感器能够有效地对智能家居实时监控,在实验测试时,智能家居的实时监控实时性较高,并且激光报警传感器传输数据的速度较快,验证了提出方法的有效性。
The research of intelligent home real-time monitoring laser warning sensor design in interactive space is of great significance in many fields.In order to solve the problem of poor effectiveness of laser warning sensor,the design of intelligent home real-time monitoring laser warning sensor based on MSP430 is put forward and designed.For the hardware part,the MSP430 F1611 single chip microcomputer is used to design and analyze the function module of the real-time monitoring laser warning sensor of the intelligent home.The function module is composed of a home detection module,an infrared monitoring module,an alarm module,a home control module,a communication module and a power supply module.the functions of the various modules are described,The hardware design of the laser alarm sensor is completed,and the flow chart and software function of the laser alarm sensor program are analyzed in the software part.With the help of the Android system,the embedded server Jetty,is introduced to establish the Web server,and the design of the software part is completed.Finally,the design of laser alarm sensor for real-time monitoring of smart home is realized.The experimental results show that the designed laser alarm sensor can effectively monitor and control the intelligent home in real time.In the experimental test,the real time monitoring of the intelligent home is high,and the laser alarm sensor can transmit the data quickly.The effectiveness of the proposed method is verified.
作者
马博华
周磊
MA Bohua;ZHOU Lei(Shenyang ligong university,Shenyang 110000,China)
出处
《激光杂志》
北大核心
2019年第8期137-141,共5页
Laser Journal
基金
2017辽宁省规划课题(No.JG17DB439)