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820138ModularMachineTool&AutomaticManufacturingTechniqueNo.8Aug.20131001-2265201308-0026-042012-12-19*“”2012ZX01029-001-0021986—E-mailweiyp@sict.ac.cn1963—E-mailhanwg@sict.ac.cn。EtherCAT*1221.1000492.110168EtherCAT。ZigBee。EtherCATZigBee。ZigBeeEtherCATEtherCATZigBeeARMCortex-A8CC2530Ether-CATZigBee。EtherCATZigBee。EtherCATZigBeeARMTH166TP391ATheWirelessGatewayDesignoftheIndustrialEthernetEtherCATNetworkWEIYa-peng12HANWei-guang21.UniversityofChineseAcademyofSciencesBeijing100049China2.ShenyangInstituteofCompu-tingTechnologyChineseAcademyofSciencesShenyang110168ChinaAbstractTheReal-timeEthernettechnologyisahotissueintheindustrialcommunicationareaandtheEtherCATtechnologyhasabrightprospectinsuchfield.ThewirelesssensornetworkZigBeetechnologycanbringforththeconvenienceofthetransmissionchannelonthedeploymentandplanningwhichcanreducemanycostsandtroublesofthenetworkcablingconstruction.MakingagatewaywhichconnectstheEtherCATnetworkwiththeZigBeenetworkcanexpandtherangeoftheindustrialcommunicationnetworks.InthiswaytheEtherCATmastercanachieveaperceptionofthechangeintheindustrialmanufacturingenvironment.OnthebasisoffurtherstudyonthesetwoprotocolsanimplementationschemeofZigBeeaccessingEtherCATisproposedandacommunicationmodelofanEtherCAT-ZigBeegatewayisdesignedandthegatewaywhichconnectstheEtherCATnetworkandtheZigBeenetworkisdesignedandrealizedthroughusingARMCortex-A8andCC2530.AftertestsitshowsthattheEther-CATnetworkandtheZigBeenetworkcancommunicatewitheachotherthroughthegatewaywhichisa-bletomeettheneedsofreal-timecollectionoffielddata.KeywordsgatewayEtherCATZigBeeARM0、、、。。、。EtherCAT、1-2。EtherCAT、、、、3-5。EtherCAT1900Eth-erCAT12。、。ZigBee、6-7。EtherCATZigBee。“”———/。Zig-Bee、EtherCAT。2EtherCATZigBeeZigBee。1ZigBeeEtherCATZigBeeEtherCAT-Zig-BeeEtherCAT1。EtherCAT-ZigBeeEtherCATEtherCATEth-erCATEtherCATZigBee。ZigBeeEther-CATEtherCAT-Zig-BeeZigBee。EtherCAT-ZigBeeZigBeeZigBee。Ether-CAT-ZigBeeZigBee、EtherCAT。1EtherCATZigBee2EtherCAT-ZigBeeEtherCAT、。EtherCATIEEE802.3。EtherCATMACASICFPGA1。EtherCATEoE、FoE、SoE、CoE8。EtherCAT。ZigBeeIEEE802.15.4PHYMAC9ZigBee10。ZigBeeZigBee11。ZStackTIZigBeeZStack2007。ZigBee20kbps250kbps。ZigBeeEtherCAT。EtherCATEthernet。ZigBeeEtherCAT。ZigBeeEther-CAT。EtherCAT-ZigBee2。3EtherCAT-ZigBee3.1EtherCAT-ZigBeeEtherCAT-ZigBeeARMCor-tex-A8CC25303。SitaraAM3359ARMCortex-A8EtherCATARM12EtherCAT。ZigBeeCC2530。ARMUART0CC2530。PHYTLK110EtherCAT。RJ45EtherCAT。3EtherCATZigBee3.2EtherCATTLK11010Base-T100Base-TxPHYTLK110MIIPHY。ARMPHYTX_CLKTLK110TXDTX_ENRX_CLKTLK110RX_DV、RX_ERR、RXDTXD30RXD30TX_ENMACRX_DVCRS·72·20138EtherCATCOL。EtherCAT4。4EtherCAT3.3EtherCATEtherCAT8typedefstructTETYPE_88A4_HEADERUSHORTLength11//USHORTReserved1//USHORTType4//ETYPE_88A4_HEADER*PETYPE_88A4_HEADEREtherCAT。0x88A4。EtherCATLengthEtherCAT。EtherCATType1。Reserved。3.4ZigBeeZigBee2sendReport。ZigBeepData45。pData0ZigBee。pData1ZigBee。pData2pData3ZigBee16。5pDatatypedefstructuint16source//uint16parent//uint8temp//uint8voltage//gtwData_tZigBeeZigBeegtwData_t。sendGtwReport&gtwDataARMCortex-A8。pFrame156。SOFpFrame0xFEFLengthZigBee10CMDTypeZigBee0x8746SourceAddrZigBeeZigBeeCMDIDZigBeeID2DatalengthZigBee4DataZigBeeFCSpFrame。6pFrame3.5ZigBeeEtherCATZigBeeEtherCAT7。ZigBeeCSMA-CA。ZigBee40x00SFD0xA7。MAC127。MAC、NWK、APS。sendGtwReportpFrame。EtherCATparsepFrameZigBeeEtherCAT。ZigBeeEtherCATEtherCAT。7ZigBeeEtherCAT4EtherCATUbuntuLinux。ARMCortex-A8RTLinuxminicom。ARM。EtherCAT、ZigBee。Ether-CAT8ZigBee。·82·88EtherCATZigBee9PacketSniffer2.405GHzZigBee。ZigBee、、、、。ZigBee0x15、0x1B、0x0000、、16Ether-CAT。EtherCATZigBee。9PacketSnifferZigBee5EtherCATZigBee。ZigBee。EtherCATZigBee。1EtherCATTechnologyGroup.EtherCAT-TheEthernetField-busEB/OL.2012-9-26.Availablehttp//.ether-cat.org/en/publications.html.2.EtherCATJ.2010363237-239.3.ARM9EtherCATJ.20115139-141.4.EtherCATJ.20086100-103.5.EtherCATJ.201026551-52.6ZigBeeAlliance.ZigBeeSpecificationEB/OL.2008-1-17.Availablehttp//.ZigBee.org/.7IEEEComputerSociety.IEEEStd.802.15.4-2006Wire-lessMediumAccessControlMACandPhysicalLayerPHYspecificationsforLowRateWirelessPersonalAreaNetworksLR-WPANsEB/OL.2006-9-8.Availablehttp//standards.ieee.org/getieee802/download/802.15.4-2006.pdf.8.EtherCATM.2010.9TexasInstrumentsIncorporation.CC253xSystem-on-ChipSolutionfor2.4GHzIEEE802.15.4andZigBeeApplica-tionsUser’sGuideRev.CEB/OL.2012-1-6.Availa-blehttp//.ti.com/lit/ug/swru191c/swru191c.pdf.10ShahinFarahani.ZigBeeWirelessNetworksandTransceiv-ersM.200891-399.11.ZigBeeJ.2009525-28.12TexasInstrumentsIncorporation.EtherCATonSitaraAM335xARMCortex-A8MicroprocessorsEB/OL.No-vember2011.Availablehttp//.ti.com/.25χ2γ=0.8χ22Z+2γ=105.166468706γ=0.9χ22Z+2γ=99.0340518641γ=0.8珔RLs-c=exp-χ22Zs+2r2ηs[]=0.999528γ=0.9珔RLs-c=exp-χ22Zs+2r2ηs[]=0.9995560.80.9。5“”、、。、、。。1.D.2000.2.J.2008354-58.3EasterlingR.G.Approximateconfidencelimitsforsystemre-liability.JASA1972220-222.4PrestonP.F.ConfidencelimitsforsystemreliabilityADA0475331976.5.H-J.1989866-81.6.J.1996175543-548.7.J.2002174412-415.8.k/NGJ.199819130-34.·92·20138EtherCAT
本文标题:工业以太网EtherCAT的无线网关设计
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