temswindow2003

D.
Li,Y.
Liu,andY.
Chen(Eds.
):CCTA2010,PartI,IFIPAICT344,pp.
35–40,2011.
IFIPInternationalFederationforInformationProcessing2011ADigitalManagementSystemofCowDiseasesonDairyFarmLinLi1,HongbinWang2,YongYang3,JianbinHe1,JingDong1,*,andHonggangFan21SchoolofAnimalHusbandryandVeterinaryMedicine,ShenyangAgriculturalUniversity,110866Shenyang,P.
R.
Chinalilin619619@yahoo.
com.
cn,dongjing9834@yahoo.
com.
cn2SchoolofanimaMedicinel,NortheastAgriculturalUniversity,150030Harbin,P.
R.
China3SchoolofInformationandElectricalEngineering,ShenyangAgriculturalUniversity,110866Shenyang,P.
R.
ChinaAbstract.
Adigitalmanagementsystemofcowdiseasesispresentedinthispa-per,whichbasedonstandardizationdiseasemanagementframework.
Itcanmanagedairycowdiseasefromeachstageincludingcowfilecreation,routinemonitoring,diseasepreventionandcontrol.
Integrateelectronicmedicalrecordswassetup,whichbasedonmedicalrecordsincludecowbasicinformationandroutinemonitoringresultsanddiseasepreventioninformationandcanimple-mentstatisticalanalyticfunctionofdiseaserateandguidecowimmunization.
TheUniquenumbersandintegratedmedicalrecordsinformationofeverycowwilllaythefoundationforfoodofanimalorigintraceability.
Thissystemin-cludesfoursubsystems,cowbasicinformationmanagementsubsystem,cowindividualhealthmonitoringandevaluationsubsystem,cowelectronicmedicalrecordssubsystemandcowdiseasepreventionandcontrolsubsystem.
Withthehelpofsystemanalysisandsoftwaredesigntechniques,itiscanmanagecowdiseaseondairyfarmeffectually.
Keywords:Digitalmanagement,cowdiseases,dairyfarm.
1IntroductionInchina,dairyproductionspecificallyingeneralisofgreatimportance.
Therehasbeenagoodtrendforthedevelopmentofcowhusbandryinrecentyears.
However,milkandmeatyieldpercowtendtoremainlow,althoughtotalproductionhasincreased,mainlyduetoincreasedcownumbers.
Thereasonsaremanifoldbutthemainisvariouskindsofdiseasesthatareineffectivemanagementduetoshortofdiseasesystemofadmini-stration.
Insomeeconomicallydevelopedcountries,informationtechnology(IT)con-tinuestodeveloprapidlyandiswidelyandsuccessfullyemployedinthedairycattlesector.
Largecentralcomputerswithmillionsofcowfiles,operatedbycowdiseasescontrolprogram,havebeenoperationalfordecadestoprovidethefarmerswithinfor-mation(XiongBH,etal.
,2005;Nuthall,P,etal.
,2004;Warren,M,etal.
2000).
Data*Correspondingauthor.
36L.
Lietal.
basesarealsoincreasinglyusedinadecentralizedwayonlowcostpersonalcom-puters,byfarmersandfarmadvisors,intheso-calledmanagementinformationsys-tems.
Veterinarypractitionersusesuchsystemstosupportanewmethodologyforsafeguardingcowhealthundertheprevailingintensiveproductionconditions(Vaarst,M,etal.
,2006;Hamilton,C,etal.
,2006;Nyman,A,etal.
2007).
Inthispaper,webuiltadigitalmanagementsystemofcowdiseasesthatcombiningcomputertechnology,networktechnologyandinformationmanagement,itwillpreventandcontroldiseaseeffectuallyandpromotetheeconomyofdairyfarmsignificantly.
2DesignoftheDigitalManagementSystemofCowDiseasesThedigitalmanagementsystemofcowdiseasesisanetworksystemthatcombinesB/SstructureandASPtechniques.
B/Sstructurehaslowrequirementforuser'shard-warewithhighdegreeofinformationresourceofexpansibility.
Theusers'workinginterfaceisrealizedbytheuniversalbrowsersandtheirneedscanbesatisfiedclickingDesignFunctionalDesignArchitecturedesignInterfaceDesignDataStructureRealizeManagecowbasicinformationManagegeneralhealthindicatorsofindividualcowsCowdigitalmedicalrecordsPreventionanddecisionsupportUserneedsApplicationMaintainPlanningstageDevelopmentstageApplicationandmaintainDemandanalysisFeasibilitystudyFig.
1.
TherouteofthedigitalmanagementsystemofcowdiseasesADigitalManagementSystemofCowDiseasesonDairyFarm37TrackingmanagedatabaseBasicinformationmanagementGeneralhealthindicatorsElectronicmedicalrecordsPreventionandcontrolTheDatabaseoftheSystemFig.
2.
TheDatabaseofCowDiseaseDigitizationManagementPlatform7KHGLJLWDOPDQDJHPHQWV\VWHPRIFRZGLVHDVHV)DUPPDQDJHPHQW&RZPDQDJHPHQW5RXWLQHPRQLWRULQJ5HFRUGVPDQDJHPHQW'LVHDVH3UHYHQWLRQ'UXJVPDQDJHPHQW8VHULQIRUPDWLRQ6\VWHP+HOS'DWDEDVHComprehensiveintegrated:HE7HFKQRORJ\'LJLWDO7HFKQRORJ\1HWZRUNWHFKQRORJ\'DWDEDVH7HFKQRORJ\6RIWZDUH'HYHORSPHQW6\VWHP,QWHJUDWLRQ(QJLQHHULQJ6RIWZDUH(QJLQHHULQJ,QIRUPDWLRQ6\VWHP6WDWLVWLFV0DQDJHPHQW6\VWHPFig.
3.
Frameofthesystem38L.
Lietal.
themouse.
Themainworkinglogicrealizedintheserverwithlittleofitdoneinbrowser.
Theloadintheclientissimplified,decreasingthecostandworkingloadofsystemmaintenanceinthisway.
Itpossessesfivestructureswhicharedatastoragelayer,dataservicelayer,safelayer,businesslayeranduserservicelayer.
EverylayerwasdesignbyObjectOriented,duplicationofgroupwaremakedatalayer,safelayerandbusinesslayerflexibility.
Therouteofthesystemisshowninfig.
1.
Thesystemworkingplatformadoptswindow2003serveranddatabaseutilizesSQLServer2000.
ThedesigningmethodusesNewOrleansdesigningmode,whichclassifiesdesignsofdatabaseintofourstages:analysisofneeds,conceptualdesign,logicaldesignandphysicaldesign.
TheDatabaseofCowDiseaseDigitizationMan-agementPlatformisshowninfig.
2.
ItisacowtrackingManagementDatabase,whichincludescowbasicinformationmanagementdatabase,cowgeneralhealthindicatorsdatabase,cowelectronicmedicalrecordsmanagementdatabase,cowdiseasepreventionandcontroldatabase.
Thedigitalmanagementsystemconstructionframeworkisawholeofmanyelements,whichintegratesinformationcollection,communication,possessingandsoon,thepurposeistoprovidetechnologyandorganizationofcowinformationandsecurity.
Itsmainfunctionistocollectinformationofcowdiseases,processing,storageandanalysisbyfeedback.
Theframeofsystemisshowninfig.
3.
3ImplementandFunctionoftheSystemThissystemincludesfoursubsystems,whicharecowbasicinformationmanagementsubsystem,cowindividualhealthmonitoringandevaluationsubsystem,cowelec-tronicmedicalrecordssubsystemandcowdiseasepreventionandcontrolsubsystem.
Thesefunctionswerecometruethatincludingdairyfarmmanagement,cowin-formationmanagement,routinemonitoring,medicalrecordsmanagement,diseaseprevention,drugmanagement,userinformationmanagementandstatisticalanalysis.
Thefunctionofsystemisshowninfig.
4.
Standardizationandapplicablediseasemanagementframeworkhasbeenbuilt.
Itcanmanagedairyfarmfromeachaspectsincludingcowfilescreation,routinemoni-toring,diseaseprevention.
Sincethecowcomeindairyfarm,thissystemcreatescowrecordandmonitorcowhealthandevaluateabnormalindexinwholebreedmanage-mentprocessdynamically.
IntegrateelectronicmedicalrecordsthatcanguideroutinemonitoringandSupportdecisionmakingbystatisticalanalysiswassetup.
Itbasedonmedicalrecordsincludecowbasicinformationandroutinemonitoringresultsanddiseasepreventioninforma-tion.
Digitalizationmanagementofelectronicmedicalrecordsimplementsstatisticalanalyticfunctionofdiseaserateandcanguidecowimmunizationandhelminthicide.
Itisthecoreofcowdiseasecontrolandsupportsusertoobtaincompleteandpreciseinformationofdiseaseandsupplyclinicaldecisionservice.
TheUniquenumbersandintegratedmedicalrecordsinformationofeverycowwilllaythefoundationforfoodofanimalorigintraceability.
Cowroutinemonitoringcontentisdividedtoroutineinspection,physiologymonitoring,performancemonitoring,ketonemonitoring,ADigitalManagementSystemofCowDiseasesonDairyFarm39)DUPPDQDJHPHQW&RZPDQDJHPHQW5RXWLQHPRQLWRULQJ5HFRUGVPDQDJHPHQW'LVHDVH3UHYHQWLRQ'UXJVPDQDJHPHQW8VHULQIRUPDWLRQ)DUPLQIRUPDWLRQ)DUPUHJLVWHU0RGLI\8VHULQIRUPDWLRQ&RZ,QIRUPDWLRQ,QSXWDQGTXHU\&DWWOH,QIRUPDWLRQ0RGLI\DQGGHOHWH)LOHFKHFN5RXWLQHLQVSHFWLRQ3K\VLRORJ\PRQLWRULQJ3HUIRUPDQFHPRQLWRULQJ.
HWRQHPRQLWRULQJ3DUDVLWHPRQLWRULQJ5HFRUGVLQSXW5HFRUGVLQTXLU\,PPXQH,QVHFWLFLGH'LVLQIHFWLRQ5RGHQWFRQWURO+RRIFDUH6WRUDJH8VH,QTXLU\5HJLVWHU,QTXLU\DQG0RGLI\ThedigitalmanagementsystemofcowdiseasesFig.
4.
Functionofthedigitalmanagementsystemofcowdiseasesparasitemonitoringbyanalyzingcausativeagentandprotectivestepofcowdiseases,itsettlesfoundationforcowhealthmanagement.
4ConclusionThedigitalmanagementsystemofcowdiseasesthatwascreatedimplementsroutinemonitoringstandardization,applicableandintegrityelectroncasefile,diseasepreven-tionsystematization.
Itcanmanagedairycowdiseasefromeachstageandensurescowhealthandraisesoutputandqualityofmilk,settlethefoundationoffoodsofanimalorigintraceability.
Withthehelpofsystemanalysisandsoftwaredesigntech-niques,itiscanmanagecowdiseaseondairyfarmeffectually.
Thesewillbringevi-denteconomicreturns.
AcknowledgementFundingforthisresearchwasinpartprovidedbychinapostdoctoralsciencefounda-tion(NO.
20090461189),thepostdoctoralfundofShenyangAgriculturalUniversity,40L.
Lietal.
ResearchfundforyoungteachersofShenyangAgriculturalUniversity,Dr.
StartFundofLiaoningProvince,P.
R.
China.
TheauthorsaregratefultotheShenyangAgricul-turalUniversityforprovidingconditionswithfinishingthisresearch.
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