摘要随着社会的进步发展，人们的生活水平日益提高，物质财富加速积累，人们对优质防盗系统的需求日渐增多。与此同时，为了进一步规范住宅小区智能化建设，必须加快发展家庭智能防盗系统的开发与应用。本系统为家庭智能防盗报警系统，它基于EB2530核心板开发而成，包括主控设备和传感设备。传感设备利用红外热释电传感器探测闯入信号，并通过zigbee无线通信协议发送信息给主控设备，主控设备通过串口与PC机相连，通过上位机显示报警信息来及时通知业主有人闯入监控区。同时，该系统可以通过OLED显示屏及蜂鸣器等及时显示报警信息并发出警报。本文基于无线传感技术的物联网智能家庭防盗系统，实现了智能化，无线化。改善了昔日传统家庭防盗系统可靠性差、易受损、失效快、维护困难、成本高、功耗大等问题，经济实用，是一套完整可行的系统。关键词无线传感网络zigbee低功耗cc2530IAbstractWiththeprogressofthesocietydevelopment,people'sstandardoflivingisincreasingdaybyday,thematerialwealthaccumulatefast.Thedemandforhighqualitysecuritysystemismuchmoreeager.Atthesametime,inordertostandardizetheintelligentresidentialdistrictconstruction,wemustspeedupthedevelopmentofhomeintelligentanti-theftsystem.Thissystemforthehomeintelligentsecurityalarmsystem,whichisbasedonEB2530board,includethemaincontroldeviceandsensingdevice.Sensingdeviceusetheinfraredpyroelectricsensortodetectthesignals,andtosendinformationtothemasterdevicethroughthezigbeewirelesscommunicationprotocol,maincontroldevicesareconnectedtothePCviaaserialport,andinformtheownersomeonewasbrokenintomonitoringareathroughPCdisplayalarminformation.Atthesametime,thesystemcanusetheOLEDyandbuzzertoshowthealarminformationintime.OnthebasisofwirelesssensortechnologyinZigbee,thehouseholdIntelligentanti-theftsystembecomesintelligentialized,wireless,economicalandpracticalfromunreliable,vulnerable,shortvalidity,difficulttomaintain,highcost,largepowerconsumption,etc.Thissystemisdesignedtobecomprehensiveandpractical.IIKeywords:wirelesssensornetwork；Zigbee;low-powerconsumption;cc2530目录第1章绪论.........................................11.1研究背景和研究意义......................................11.2国内外智能防盗系统现状..................................21.3智能防盗系统技术发展趋和前景............................31.4研究的重点和难点........................................4第2章整体方案的设计................................52.1系统功能及组成..........................................52.2方案比较分析............................................62.3ZigBee介绍.............................................82.4系统方案设计...........................................16第3章硬件设计.....................................173.1主控设备电路...........................................173.2传感设备电路...........................................22第4章软件设计.....................................274.1最小系统程序...........................................274.2传感设备程序...........................................324.3主控设备程序...........................................34第5章系统测试及结果................................385.1传感器测试.............................................385.2主从模块通讯测试.......................................395.3显示报警电路测试.......................................405.4系统整体测试：.........................................415.5调试过程中出现的问题...................................43第6章总结与展望....................................45致谢................................................46参...
