簡介：1/3XXXX銀行代理保險業(yè)務排查自查整改報告銀行代理保險業(yè)務排查自查整改報告XX農(nóng)村合作銀行關(guān)于代理保險業(yè)務的自查整改報告六安辦事處為認真貫徹落實關(guān)于轉(zhuǎn)發(fā)銀行業(yè)治理商業(yè)賄賂領導小組的通知（皖農(nóng)信聯(lián)辦XX129號）精神，我行結(jié)合向“流程銀行”轉(zhuǎn)變的工作實際，對照保監(jiān)會XX70號文件要求，對近年來開展的代理保險業(yè)務進行了全面細致的排查，現(xiàn)將排查、整改情況報告如下一、代理保險業(yè)務的基本情況我行領導高度重視代理保險業(yè)務的開展與發(fā)展，切實地推出了規(guī)范、有效的措施來加強與保險公司的配合。全縣從上至下也一直把代理保險業(yè)務作為業(yè)務結(jié)構(gòu)調(diào)整的一項重點業(yè)務來抓，作為開展中間業(yè)務的突破口來抓，且一直將代理保險業(yè)務放在與合行主營業(yè)務同等重要的地位規(guī)范地抓。XX年度，我行沒有開辦代理保險業(yè)務。XX年初伊始，我行貫徹省聯(lián)社有關(guān)代理保險業(yè)務的文件精神，在與多家保險公司談判協(xié)商后，和中國太平洋人壽保險公司六安營銷服務部達成代理協(xié)議，規(guī)范操作流程，開展業(yè)務培訓，大力推進代理保險業(yè)務，截止XX年8月，霍山合行33個營業(yè)網(wǎng)點，代辦“安貸寶”業(yè)務560戶，累計代收保費169354元，因未領取保險中介服務統(tǒng)一發(fā)票，至今未領取代理手續(xù)費。3/3（二）加強代理保險業(yè)務規(guī)范管理體制的建設。制定代理保險業(yè)務的實施細則，修訂、完善代理業(yè)務的內(nèi)控制度，加強制度落實情況的檢查和監(jiān)督，防止商業(yè)賄賂，防止金融風險，確保保險人的合法權(quán)益。進一步明確專門的代理保險管理機構(gòu)和專業(yè)人員負責業(yè)務發(fā)展。將代理保險業(yè)務發(fā)展納入對各支行行長的目標責任制范疇進行考核。針對我行點多面廣、綜合業(yè)務上線的極為有利的優(yōu)勢，在省社的領導下，研究開發(fā)中間業(yè)務平臺，加快電子化建設的進程。要求保險公司對職工的定期、免費培訓，全面提高提高整體素質(zhì)，爭取在XX年前，做到至少每網(wǎng)點有12名代理人員的持證上崗。（三）大力發(fā)展代理保險業(yè)務，促進其他業(yè)務共同發(fā)展。通過代理保險業(yè)務等中間業(yè)務的平臺，使保戶變成合作銀行的客戶，從而有力地促進代理保險和合行業(yè)務的協(xié)調(diào)發(fā)展。更重要的是，做出合行的品牌，做出合行的人氣。二00X年九月六日

簡介：出處出處COMPUTERSININDUSTRY,2000,4118397畢業(yè)設計（外文翻譯）畢業(yè)設計（外文翻譯）題目題目一種新的工藝計劃的方法代理模型法系別航空工程系專業(yè)名稱專業(yè)名稱機械設計制造及其自動化班級學號班級學號學生姓名學生姓名指導老師指導老師二0一0年三月一種可供選擇的計劃的一種潛力。典型的例子有APPAS，EXCAP,KRONOS，XCUT6,QTC（QUICKTURNAROUNDCELL）,PART,OOPPS（OBJECTORIENTEDPROCESSPLANNINGSYSTEM）,MEPLANS,COMPLANPROCESSPLANNERCPP等等。生產(chǎn)法的產(chǎn)生主要源于定向的大公司和研究機構(gòu)，特別是那些有許多小批量產(chǎn)品的公司的需要。然而，要做出一個真正能滿足工業(yè)的要求提供結(jié)構(gòu)協(xié)調(diào)和可兼容的框架、知識表達方法和推理結(jié)構(gòu)合理的生成法工藝計劃系統(tǒng)還是困難重重的。協(xié)同代理系統(tǒng)是專門為那些解決特殊并聯(lián)結(jié)構(gòu)的人設計的。同時，它還可以協(xié)助他們解決其他復雜的問題。一個代理協(xié)作系統(tǒng)包括許多獨立的含有協(xié)作引擎的代理。每一個代理都針對一種具體的任務，并且都含有自己的知識庫和推理引擎，它們?yōu)閰f(xié)作環(huán)境下聯(lián)系其他代理提供了一個合作和交流的橋梁。在不同的機器上，人們需要使用不同的語言和知識來描述。這樣，這個系統(tǒng)就提供了一種能適應和解決不同類型問題的集成環(huán)境。22過程計劃的問題過程計劃的問題一個機械過程一般都牽扯到機器工具、操作、固定裝置和切割工具等問題，這就要求相關(guān)人員有各個不同領域的知識。一般，機械過程都包括以下幾個部分外形識別機器操作選擇機器的選擇切割工具的選擇固定裝置的選擇和設計后續(xù)操作和成本預算外形識別部分是指由產(chǎn)品設計數(shù)據(jù)規(guī)定制造外形。機器操作選擇部分則指根據(jù)外形特征和制造環(huán)境選擇相關(guān)的機器操作。在考慮了部件的特性及其機器的處理能力和性質(zhì)諸如工作容量、精確度、動力、固定裝置和其它功能之后，執(zhí)行選定操作的過程就決定了機器設備的選擇。固定裝置選擇部分是根據(jù)選擇固定裝置部分的幾何形狀、尺寸和制造特性來進行的。切割工具的選擇重點關(guān)注的是工具的類型、材料、外形和工具的大小。3提議方法提議方法從純技術(shù)的角度看，CAPP依然是一個極其復雜和困難的問題。因此，許多研究人員把注意力集中于CAPP系統(tǒng)發(fā)展的方法和策略方面。然而，許多系統(tǒng)都由獨立的專家系統(tǒng)發(fā)展而成的。由于CAPP系統(tǒng)的復雜性，這樣一種系統(tǒng)結(jié)構(gòu)很少能夠解決的

簡介：0南京郵電大學畢業(yè)設計論文外文資料翻譯學院經(jīng)濟與管理學院專業(yè)學生姓名班級學號外文出處南郵外文數(shù)據(jù)庫附件1外文資料翻譯譯文；2外文原文指導教師評價1．翻譯內(nèi)容與課題的結(jié)合度□優(yōu)√良□中□差2．翻譯內(nèi)容的準確、流暢□優(yōu)√良□中□差3．專業(yè)詞匯翻譯的準確性□優(yōu)□良√中□差4．翻譯字符數(shù)是否符合規(guī)定要求√符合□不符合總評為良。指導教師簽名洪小娟2012年5月3日2定義定義埃德蒙茲2001所界定的復雜性復雜的是，在給定的語言中這難以制定的整體行為，即使給予了相當完整的信息，其原子組件和它們的相互關(guān)系的模型屬性。112112復雜網(wǎng)絡復雜網(wǎng)絡網(wǎng)絡至少早在18世紀已經(jīng)正式出現(xiàn)，歐拉在他試圖解決著名的哥尼斯堡橋問題的圖論研究中首先出現(xiàn)。圖論的概念已被廣泛應用，因為在這里有一些手段聯(lián)系著實體集的各個學科。調(diào)查這些網(wǎng)絡結(jié)構(gòu)的特點導致了一系列基礎的分析現(xiàn)代圖理論的解決措施。社會網(wǎng)絡分析工具的應用可以追溯到20世紀初（斯科特，1991），從那以后,社會網(wǎng)絡分析的規(guī)則SNA成為了網(wǎng)絡研究涉及的作用物間個人、組織等開發(fā)的一種度量，針對社會角色和相互作用物的不同方面。我們將在第2節(jié)討論SNA。1212典型的復雜網(wǎng)絡和特點典型的復雜網(wǎng)絡和特點我們目前只是簡要概述了一個典型復雜網(wǎng)絡的特點和其顯著特征。一個詳盡的文獻是有用的，尤其是BARABáSI（2001年）和瓦茨（2003提供了一個全面的網(wǎng)絡解釋。121121隨機圖理論隨機圖理論其中最早嘗試研究這些所謂“復雜網(wǎng)絡”的行為追溯到隨機圖理論的開創(chuàng)性的工作，在20世紀50年代開始的保羅鄂爾多斯和阿爾弗雷德萊利的ER模型，基本ER模型需要通過選擇隨機等，由此產(chǎn)生的網(wǎng)絡是從空間的N條邊連接N個節(jié)點。在隨機圖（足夠大）圖表中每個節(jié)點有相同概率，給定線路的概率P并不小,隨機的直徑通常是小直徑增加對數(shù),作為一個隨機圖的擴展。122122PARETOPARETO分布及自組織臨界性分布及自組織臨界性假設使用統(tǒng)計方法,在許多情況下,標準偏差和數(shù)據(jù)分布是已知和穩(wěn)定的。在許多情況下，人們發(fā)現(xiàn)，仿真結(jié)果生成的數(shù)據(jù)具有肥尾和薄高峰被稱為LEPTOKURTOSIS特點。其中一個復雜網(wǎng)絡的特點是外觀的冪律分布在很多地方。非正式的，這意味著大多數(shù)網(wǎng)絡連接節(jié)點相對很少也相對較小反之亦然。所謂的冪律（S）源于對帕累托分布、專業(yè)化的帕累托原理,命名VIFREDO帕累托維基百科,2005。概率密度分布函數(shù)的定義為巴泰勒米（2003）討論了兩個參數(shù)XM和K作為分布參數(shù)，如果形狀（峰度）參數(shù)KI（0,2K值≤1，平均是無限的，而對于K≤2。方差是有限的。圖1顯示了的薄峰度，這是分布的特點。我們在這里的目的是影響，而不是討論提出一種分析性能的分布，可以發(fā)現(xiàn)任何標準的文本在隨機分布。這些特點為進一步的研究基礎模型和現(xiàn)象的的處理提供線索。我們在后面將回到這個問題上。另一個問題就是“如果這些系統(tǒng)是模擬系統(tǒng)平衡市場所描述的經(jīng)濟理論，規(guī)范效用最大化代理商將不支持大的分析分布式系統(tǒng)性能,”。這進一步鼓勵了在統(tǒng)計簽名驗證相關(guān)理論。事實上,更高，更薄的頻率分布與相應的正態(tài)分布，即

簡介：0南京郵電大學畢業(yè)設計論文外文資料翻譯學院經(jīng)濟與管理學院專業(yè)學生姓名班級學號外文出處南郵外文數(shù)據(jù)庫附件1外文資料翻譯譯文；2外文原文指導教師評價1．翻譯內(nèi)容與課題的結(jié)合度□優(yōu)√良□中□差2．翻譯內(nèi)容的準確、流暢□優(yōu)√良□中□差3．專業(yè)詞匯翻譯的準確性□優(yōu)□良√中□差4．翻譯字符數(shù)是否符合規(guī)定要求√符合□不符合總評為良。指導教師簽名洪小娟2012年5月3日2定義定義埃德蒙茲2001所界定的復雜性復雜的是，在給定的語言中這難以制定的整體行為，即使給予了相當完整的信息，其原子組件和它們的相互關(guān)系的模型屬性。112112復雜網(wǎng)絡復雜網(wǎng)絡網(wǎng)絡至少早在18世紀已經(jīng)正式出現(xiàn)，歐拉在他試圖解決著名的哥尼斯堡橋問題的圖論研究中首先出現(xiàn)。圖論的概念已被廣泛應用，因為在這里有一些手段聯(lián)系著實體集的各個學科。調(diào)查這些網(wǎng)絡結(jié)構(gòu)的特點導致了一系列基礎的分析現(xiàn)代圖理論的解決措施。社會網(wǎng)絡分析工具的應用可以追溯到20世紀初（斯科特，1991），從那以后,社會網(wǎng)絡分析的規(guī)則SNA成為了網(wǎng)絡研究涉及的作用物間個人、組織等開發(fā)的一種度量，針對社會角色和相互作用物的不同方面。我們將在第2節(jié)討論SNA。1212典型的復雜網(wǎng)絡和特點典型的復雜網(wǎng)絡和特點我們目前只是簡要概述了一個典型復雜網(wǎng)絡的特點和其顯著特征。一個詳盡的文獻是有用的，尤其是BARABáSI（2001年）和瓦茨（2003提供了一個全面的網(wǎng)絡解釋。121121隨機圖理論隨機圖理論其中最早嘗試研究這些所謂“復雜網(wǎng)絡”的行為追溯到隨機圖理論的開創(chuàng)性的工作，在20世紀50年代開始的保羅鄂爾多斯和阿爾弗雷德萊利的ER模型，基本ER模型需要通過選擇隨機等，由此產(chǎn)生的網(wǎng)絡是從空間的N條邊連接N個節(jié)點。在隨機圖（足夠大）圖表中每個節(jié)點有相同概率，給定線路的概率P并不小,隨機的直徑通常是小直徑增加對數(shù),作為一個隨機圖的擴展。122122PARETOPARETO分布及自組織臨界性分布及自組織臨界性假設使用統(tǒng)計方法,在許多情況下,標準偏差和數(shù)據(jù)分布是已知和穩(wěn)定的。在許多情況下，人們發(fā)現(xiàn)，仿真結(jié)果生成的數(shù)據(jù)具有肥尾和薄高峰被稱為LEPTOKURTOSIS特點。其中一個復雜網(wǎng)絡的特點是外觀的冪律分布在很多地方。非正式的，這意味著大多數(shù)網(wǎng)絡連接節(jié)點相對很少也相對較小反之亦然。所謂的冪律（S）源于對帕累托分布、專業(yè)化的帕累托原理,命名VIFREDO帕累托維基百科,2005。概率密度分布函數(shù)的定義為巴泰勒米（2003）討論了兩個參數(shù)XM和K作為分布參數(shù)，如果形狀（峰度）參數(shù)KI（0,2K值≤1，平均是無限的，而對于K≤2。方差是有限的。圖1顯示了的薄峰度，這是分布的特點。我們在這里的目的是影響，而不是討論提出一種分析性能的分布，可以發(fā)現(xiàn)任何標準的文本在隨機分布。這些特點為進一步的研究基礎模型和現(xiàn)象的的處理提供線索。我們在后面將回到這個問題上。另一個問題就是“如果這些系統(tǒng)是模擬系統(tǒng)平衡市場所描述的經(jīng)濟理論，規(guī)范效用最大化代理商將不支持大的分析分布式系統(tǒng)性能,”。這進一步鼓勵了在統(tǒng)計簽名驗證相關(guān)理論。事實上,更高，更薄的頻率分布與相應的正態(tài)分布，即

簡介：1出處出處ROOZEMONDDA,ROGIERJLHAGENTCONTROLLEDTRAFFICLIGHTSJPROCESIT,20012950單詞，單詞，4990漢字漢字外文資料外文資料AGENTCONTROLLEDTRAFFICLIGHTSDANKOAROOZEMOND，JANLHROGIERABSTRACTDUETOSEVERALREASONS,CHANGINGCONDITIONSINTHEENVIRONMENTDONOTALWAYSLEADTOCHANGESINTHETRAFFICCONTROLUNITSTHEHYPOTHESISOFTHISRESEARCHISTHATITMAYBEUSEFULTOMAKEUSEOFSELFEVALUATINGANDSELFORGANISINGINTELLIGENTURBANTRAFFICCONTROLSYSTEMSINTHISRESEARCHWEFOCUSONTHEAPPLICABILITYOFAUTONOMOUSINTELLIGENTAGENTSWITHINURBANTRAFFICCONTROLIETRAFFICLIGHTSYSTEMSWECONSIDERTHEOPPORTUNITYOFBUILDINGADAPTIVETRAFFICCONTROLUNITSBASEDONINTELLIGENTAGENTTECHNOLOGYTHATPROACTUPONCHANGESSHORTANDLONGTERMINTRAFFICINREALTIMEWEEXPECTTHATINTELLIGENTAGENTBASEDSYSTEMSINURBANTRAFFICCONTROLCANPROVIDEAMOREBALANCED,COORDINATEDANDOPTIMALSETTINGOFTHESIGNALCONTROLSCHEMADURINGOPERATIONKEYWORDSINTELLIGENTAGENTS,URBANTRAFFICCONTROL,ADAPTIVETRAFFICCONTROL,PROACTIVECONTROL,TRAFFICLIGHTSYSTEMSINTRODUCTIONTHEQUALITYOFURBANTRAFFICCONTROLSYSTEMSISDETERMINEDBYTHEMATCHBETWEENTHECONTROLSCHEMAANDTHEACTUALTRAFFICPATTERNSIFTRAFFICPATTERNSCHANGE,WHATTHEYUSUALLYDO,THEEFFECTIVENESSISDETERMINEDBYTHEWAYINWHICHTHESYSTEMADAPTSTOTHESECHANGESWHENTHISABILITYTOADAPTBECOMESANINTEGRALPARTOFTHETRAFFICCONTROLUNITITCANREACTBETTERTOCHANGESINTRAFFICCONDITIONSADJUSTINGATRAFFICCONTROLUNITISACOSTLYANDTIMELYAFFAIRIFITINVOLVESHUMANATTENTIONTHEHYPOTHESISISTHATITMIGHTOFFERADDITIONALBENEFITUSINGSELFEVALUATINGANDSELFADJUSTINGTRAFFICCONTROLSYSTEMSTHEREISALREADYAMARKETFORANURBANTRAFFICCONTROLSYSTEMTHATISABLETOREACTIFTHEENVIRONMENTCHANGESTHESOCALLEDADAPTIVESYSTEMS“REAL“ADAPTIVESYSTEMSWILLNEEDPROACTIVECALCULATEDTRAFFICINFORMATIONANDCYCLEPLANSBASEDONTHESECALCULATEDTRAFFICCONDITIONSTOBEUPDATEDFREQUENTLYOURRESEARCHOFTHEUSABILITYOFAGENTTECHNOLOGYWITHINTRAFFICCONTROLCANBESPLITINTOTWOPARTSFIRSTTHEREISATHEORETICALPARTINTEGRATINGAGENTTECHNOLOGYANDTRAFFICCONTROLTHEFINALSTAGEOFTHISRESEARCHFOCUSESONPRACTICALISSUESLIKEIMPLEMENTATIONANDPERFORMANCEHEREWEPRESENTTHECONCEPTSOFAGENTTECHNOLOGYAPPLIEDTODYNAMICTRAFFICCONTROLCURRENTLYWEAREDESIGNINGALAYEREDMODELOFANAGENTBASEDURBANTRAFFICCONTROLSYSTEMWEWILLELABORATEONTHATINTHELASTCHAPTERSADAPTIVEURBANTRAFFICCONTROLADAPTIVESIGNALCONTROLSYSTEMSMUSTHAVEACAPABILITYTOOPTIMISETHETRAFFICFLOWBYADJUSTINGTHETRAFFICSIGNALSBASEDONCURRENTTRAFFICALLUSEDTRAFFICSIGNALCONTROLMETHODSAREBASEDONFEEDBACKALGORITHMSUSINGTRAFFICDEMANDDATAVARYING3ARECAPABLEOFSIMULATINGCOMPLEXSYSTEMSFORTRAFFICSIMULATIONTHESESYSTEMSOFTENUSEONEAGENTFOREVERYTRAFFICPARTICIPANTINASIMILARWAYASOBJECTORIENTEDPROGRAMSOFTENUSEOBJECTSTHEAPPLICATIONOFAGENTSINURBANTRAFFICCONTROLISTHEONETHATHASOURPRIMEINTERESTHEREWEULTIMATELYWANTTOUSEAGENTSFORPROACTIVETRAFFICLIGHTCONTROLWITHONLINEOPTIMISATIONSIGNALPLANSTHENWILLBEDETERMINEDBASEDONPREDICTEDANDMEASUREDDETECTORDATAANDWILLBETUNEDWITHADJOININGAGENTSTHEMOSTPROMISINGASPECTSOFAGENTTECHNOLOGY,THEFLEXIBILITYANDPROACTIVEBEHAVIOUR,GIVEUTCTHEPOSSIBILITYOFBETTERANTICIPATIONOFTRAFFICCURRENTUTCISNOTTHATFLEXIBLE,ITISUNABLETOADJUSTITSELFIFSITUATIONSCHANGEANDCANTHANDLEUNPROGRAMMEDSITUATIONSAGENTTECHNOLOGYCANALSOBEIMPLEMENTEDONSEVERALDIFFERENTCONTROLLAYERSTHISGIVESTHEADVANTAGEOFBEINGCLOSETOCURRENTUTCWHILELEAVINGCONSIDERABLEFREEDOMATTHELOWERINTERSECTIONLEVELDESIGNINGAGENTBASEDURBANTRAFFICCONTROLSYSTEMSTHEIDEALSYSTEMTHATWESTRIVEFORISATRAFFICCONTROLSYSTEMTHATISBASEDONACTUATEDTRAFFICCONTROLLERSANDISABLETOPROACTIVELYHANDLETRAFFICSITUATIONSANDHANDLINGTHEDIFFERENT,SOMETIMESCONFLICTING,AIMSOFTRAFFICCONTROLLERSTHEPROPOSEDUSEOFTHECONCEPTOFAGENTSINTHISRESEARCHISEXPERIMENTALASSUMPTIONSANDCONSIDERATIONSONAGENTBASEDURBANTRAFFICCONTROLTHEREARETHREEASPECTSWHEREAGENTBASEDTRAFFICCONTROLANDMANAGEMENTCANIMPROVECURRENTSTATEOFTHEARTUTCSYSTEMSADAPTABILITYINTELLIGENTAGENTSAREABLETOADAPTITSBEHAVIOURANDCANLEARNFROMEARLIERSITUATIONSCOMMUNICATIONCOMMUNICATIONMAKESITPOSSIBLEFORAGENTSTOCOOPERATEANDTUNESIGNALPLANSPROACTIVEBEHAVIOURDUETOTHEPROACTIVEBEHAVIOURTRAFFICCONTROLSYSTEMSAREABLETOPLANAHEADTOBEACCEPTABLEASREPLACEMENTUNITFORCURRENTTRAFFICCONTROLUNITS,THESYSTEMSHOULDPERFORMTHESAMEORBETTERTHANCURRENTSYSTEMSTHEAGENTBASEDUTCWILLREQUIREONLINEANDPROACTIVEREACTIONONCHANGINGTRAFFICPATTERNSANAGENTBASEDUTCSHOULDBEDEMANDRESPONSIVEASWELLASADAPTIVEDURINGALLSTAGESANDTIMESNEWMETHODSFORTRAFFICCONTROLANDTRAFFICPREDICTIONSHOULDBEDEVELOPEDASCURRENTONESDONOTSUFFICEANDCANNOTBEUSEDINAGENTTECHNOLOGYTHEADAPTABILITYCANALSOBEDIVIDEDINSEVERALDIFFERENTTIMESCALESWHERETHESYSTEMMAYNEEDTOHANDLEINADIFFERENTWAYROGIER,1999GRADUALCHANGESDUETOCHANGINGTRAFFICVOLUMESOVERALONGERPERIODOFTIME,ABRUPTCHANGESDUETOCHANGINGTRAFFICVOLUMESOVERALONGERPERIODOFTIME,ABRUPT,TEMPORAL,CHANGESDUETOCHANGINGTRAFFICVOLUMESOVERASHORTPERIODOFTIME,ABRUPT,TEMPORAL,CHANGESDUETOPRIORITISEDTRAFFICOVERASHORTPERIODOFTIMEONEWAYOFHANDLINGTHEBALANCEBETWEENPERFORMANCEANDCOMPLEXITYISTHEUSEOFAHIERARCHICALSYSTEMLAYOUTWEPROPOSEAHIERARCHYOFAGENTSWHEREEVERYAGENTISRESPONSIBLEFORITSOWNOPTIMALSOLUTION,BUTMAYNOTONLYBEINFLUENCEDBY

簡介：8300英文單詞，英文單詞，45萬英文字符，中文萬英文字符，中文15萬字萬字文獻出處文獻出處ANAGENCYTHEORETICANALYSISOFVALUECREATIONTHROUGHMANAGEMENTBUYOUTSOFFAMILYFIRMSJJOURNALOFFAMILYBUSINESSSTRATEGY,2012,34197206ANAGENCYTHEORETICANALYSISOFVALUECREATIONTHROUGHMANAGEMENTBUYOUTSOFFAMILYFIRMSJAMESJCHRISMAN,JESSHCHUA,LLOYDPSTEIER,MIKEWRIGHT,D’LISANMCKEEABSTRACTFAMILYFIRMSWITHOUTABLEANDWILLINGFAMILYSUCCESSORSAREFREQUENTLYSOLDTONONFAMILYMANAGERSTHROUGHMANAGEMENTBUYOUTSMBOSWHETHERMBOSCREATEVALUEISTHOUGHTTOBEDEPENDENTUPONTHEABILITYTOREDUCEOWNER–MANAGERAGENCYCOSTSINTHISARTICLEWEEXAMINETHEAGENCYCOSTSOFMBOSTHATACQUIREFAMILYFIRMSWECONTRIBUTETOTHEORYBYARGUINGTHATINSUCHSITUATIONS,VALUECREATIONBYREDUCINGAGENCYCOSTSWILLDEPENDUPONPREMBOAGENCYCOSTS,THEABILITYTOSOLVETHEDOUBLEAGENCYPROBLEM,ANDTHERELATIONSHIPBETWEENTHECOSTOFAGENCYCONTROLMECHANISMSANDTHERESIDUALLOSSESFROMOPPORTUNISMBEFOREANDAFTERTHEMBOKEYWORDSAGENCYTHEORYFAMILYBUSINESSMANAGEMENTBUYOUTS1INTRODUCTIONFAMILYFIRMSACCOUNTFORTHEMAJORITYOFFIRMSAROUNDTHEWORLDLAPORTA,LO′PEZDESILANES,SHLEIFER,MORCKCHUA,CHRISMAN,LIM,LUBATKIN,SCHOLES,WRIGHT,WESTHEAD,BURROWS,MCCONAUGHY,MATTHEWS,ARTHURS,HOSKISSON,BUSENITZ,BRUTON,FILATOTCHEV,CHAHINE,CHILDWASSERMAN,2003RESEARCHERSTYPICALLYASSUMETHATTRANSITIONSINFAMILYFIRMSWILLINVOLVETHEFAMILYHOWEVER,AVARIETYOFFACTORSASSOCIATEDWITHTHEABILITYANDINTENTIONSOFINDIVIDUALFAMILYMEMBERS,FAMILYRELATIONSHIPS,STRATEGICCONTEXT,FINANCES,ANDTRANSITIONPROCESSESCANSOMETIMESMAKEINTRAFAMILYSUCCESSIONIMPOSSIBLEORUNDESIRABLEDEMASSIS,CHUA,TAGIURIWARD,1997MBOSAREAMONGTHEMOSTIMPORTANTANDDESIRABLEALTERNATIVESFORSELLINGAFIRMOUTSIDETHEFAMILY,PARTLYBECAUSESOMEMBOSCENARIOSAREMORELIKELYTHOUGHNOTGUARANTEEDTOPRESERVESOMEOFTHEORIGINALIDENTITYOFTHEFIRMAFTERTHESALETHANOTHERSELLINGOPTIONSSUCHASIPOSSCHOLESETAL,2007INFACT,AFTERTHEMBO,SOMEFAMILYMEMBERSMAYCONTINUETOBEEMPLOYEDINTHEFIRMHOWORTHETAL,2004ANDMANYFIRMSRETAINATLEASTALITTLE‘FAMILINESS’EVENAFTERSUBSTANTIALOWNERSHIPHASBEENTRANSFERREDTOOUTSIDERSFIEGENER,2010HOWEVER,FROMTHEVANTAGEPOINTOFTHEACQUIRERS,SUCCESSORFAILUREISMEASUREDNOTBYCONTINUEDFAMILYINVOLVEMENTOREVENSTRICTLYINTERMSOFPROFITABILITYRATHERSUCCESSISMEASUREDBYTHEEXTENTTOWHICHINCREMENTALVALUEISCREATEDAFTERTHETRANSFEROFOWNERSHIPACQUIRERSTYPICALLYHAVETOPAYACONTROLPREMIUMFINNERTYEMERY,2004ANDTHEREFOREMUSTBEABLETOADDTOFIRMVALUEOVERANDABOVETHEPREMIUMPAIDTOBESUCCESSFULWHENTHEFIRMISOWNEDBYAFAMILY,THEHURDLEMAYBEEVENHIGHERBECAUSEFAMILYOWNERSTENDTOATTACHSOCIOEMOTIONALVALUETOTHEFIRMGO′MEZMEJIA,HYNES,NUNEZNICKEL,MOYANOFUENTES,2007,WHICHCANFURTHERINCREASETHESELLINGPREMIUMDEMANDEDZELLWEGER,KELLERMANNS,CHRISMAN,CHUA,2012ASMENTIONEDABOVE,VALUECREATIONBYTHEOWNERSPOSTMBOWILLDEPENDONECONOMICCONDITIONS,STRATEGY,GOVERNANCE,ORGANIZATIONALSTRUCTURE,SYSTEMS,CULTURE,TAXES,ANDAGENCYCOSTS,AMONGOTHERSIFWEABSTRACTFROMTHEUNCONTROLLABLEECONOMIC,TAX,ANDNATIONALCULTURALCONDITIONS,THENWHATREMAINSTOAFFECTFIRMVALUEAREDECISIONSREGARDINGGOVERNANCE,STRATEGIES,STRUCTURE,POLICIES,TACTICS,SYSTEMS,ETCWHICHWOULDBEDETERMINEDBYTHEFAMILYBEFORETHEMBOANDBYTHENONFAMILYOWNERSAFTERWARDIF,INDEED,VALUECREATIONAFTERTHEMBOISTOBEACHIEVEDTHROUGHOPTIMALCHANGESINGOVERNANCE,STRATEGY,ETC,ONEMAYLEGITIMATELYASKWHYSUCHCHANGESWERENOTIMPLEMENTEDBEFORETHEMBOANOBVIOUSANSWERISTHATTHECONTROLLING

簡介：AGENTCONTROLLEDTRAFFICLIGHTSDANKOAROOZEMOND,JANLHROGIERDELFTUNIVERSITYOFTECHNOLOGY,CIVILENGINEERINGANDGEOSCIENCESSTEVINWEG1,2628CN,DELFT,THENETHERLANDSPHONE310152784976,FAX310152787700EMAILDROOZEMONDCTTUDELFTNLNETHERLANDSORGANISATIONFORAPPLIEDSCIENTIFICRESEARCHTNOTPDSTIELTJESWEG1,2628CK,DELFT,THENETHERLANDSPHONE310152692000,FAX310152692111EMAILJROGIERTPDTNONLABSTRACTDUETOSEVERALREASONS,CHANGINGCONDITIONSINTHEENVIRONMENTDONOTALWAYSLEADTOCHANGESINTHETRAFFICCONTROLUNITSTHEHYPOTHESISOFTHISRESEARCHISTHATITMAYBEUSEFULTOMAKEUSEOFSELFEVALUATINGANDSELFORGANISINGINTELLIGENTURBANTRAFFICCONTROLSYSTEMSINTHISRESEARCHWEFOCUSONTHEAPPLICABILITYOFAUTONOMOUSINTELLIGENTAGENTSWITHINURBANTRAFFICCONTROLIETRAFFICLIGHTSYSTEMSWECONSIDERTHEOPPORTUNITYOFBUILDINGADAPTIVETRAFFICCONTROLUNITSBASEDONINTELLIGENTAGENTTECHNOLOGYTHATPROACTUPONCHANGESSHORTANDLONGTERMINTRAFFICINREALTIMEWEEXPECTTHATINTELLIGENTAGENTBASEDSYSTEMSINURBANTRAFFICCONTROLCANPROVIDEAMOREBALANCED,COORDINATEDANDOPTIMALSETTINGOFTHESIGNALCONTROLSCHEMADURINGOPERATIONKEYWORDSINTELLIGENTAGENTS,URBANTRAFFICCONTROL,ADAPTIVETRAFFICCONTROL,PROACTIVECONTROL,TRAFFICLIGHTSYSTEMSINTRODUCTIONTHEQUALITYOFURBANTRAFFICCONTROLSYSTEMSISDETERMINEDBYTHEMATCHBETWEENTHECONTROLSCHEMAANDTHEACTUALTRAFFICPATTERNSIFTRAFFICPATTERNSCHANGE,WHATTHEYUSUALLYDO,THEEFFECTIVENESSISDETERMINEDBYTHEWAYINWHICHTHESYSTEMADAPTSTOTHESECHANGESWHENTHISABILITYTOADAPTBECOMESANINTEGRALPARTOFTHETRAFFICCONTROLUNITITCANREACTBETTERTOCHANGESINTRAFFICCONDITIONSADJUSTINGATRAFFICCONTROLUNITISACOSTLYANDTIMELYAFFAIRIFITINVOLVESHUMANATTENTIONTHEHYPOTHESISISTHATITMIGHTOFFERADDITIONALBENEFITUSINGSELFEVALUATINGANDSELFADJUSTINGTRAFFICCONTROLSYSTEMSTHEREISALREADYAMARKETFORANURBANTRAFFICCONTROLSYSTEMTHATISABLETOREACTIFTHEENVIRONMENTCHANGESTHESOCALLEDADAPTIVESYSTEMS“REAL“ADAPTIVESYSTEMSWILLNEEDPROACTIVECALCULATEDTRAFFICINFORMATIONANDCYCLEPLANSBASEDONTHESECALCULATEDTRAFFICCONDITIONSTOBEUPDATEDFREQUENTLYOURRESEARCHOFTHEUSABILITYOFAGENTTECHNOLOGYWITHINTRAFFICCONTROLCANBESPLITINTOTWOPARTSFIRSTTHEREISATHEORETICALPARTINTEGRATINGAGENTTECHNOLOGYANDTRAFFICCONTROLTHEFINALSTAGEOFTHISRESEARCHFOCUSESONPRACTICALISSUESLIKEIMPLEMENTATIONANDPERFORMANCEHEREWEPRESENTTHECONCEPTSOFAGENTTECHNOLOGYAPPLIEDTODYNAMICTRAFFICCONTROLCURRENTLYWEAREDESIGNINGALAYEREDMODELOFANAGENTBASEDURBANTRAFFICCONTROLSYSTEMWEWILLELABORATEONTHATINTHELASTCHAPTERSADAPTIVEURBANTRAFFICCONTROLADAPTIVESIGNALCONTROLSYSTEMSMUSTHAVEACAPABILITYTOOPTIMISETHETRAFFICFLOWBYADJUSTINGTHETRAFFICSIGNALSBASEDONCURRENTTRAFFICALLUSEDTRAFFICSIGNALCONTROLMETHODSAREBASEDONFEEDBACKALGORITHMSUSINGTRAFFICDEMANDDATAVARYINGFROMYEARSTOACOUPLEOFMINUTESINTHEPASTCURRENTADAPTIVESYSTEMSOFTENOPERATEONTHEBASISOFADAPTIVEGREENPHASESANDFLEXIBLECOORDINATIONINSUBNETWORKSBASEDONMEASUREDTRAFFICCONDITIONSEG,UTOPIASPOT,SCOOTTHESEMETHODSARESTILLNOTOPTIMALWHERETRAFFICDEMANDCHANGESRAPIDLYWITHINASHORTTIMEINTERVALTHEBASICPREMISEISTHATEXISTINGSIGNALPLANGENERATIONTOOLSMAKERATIONALDECISIONSABOUTSIGNALPLANSUNDERVARYINGCONDITIONSBUTALMOSTNONEOFTHECURRENTAVAILABLETOOLSBEHAVEPROACTIVELYORHAVEMETARULESTHATMAYCHANGEBEHAVIOUROFTHECONTROLLERINCORPORATEDINTOTHESYSTEMTHENEXTLOGICALSTEPFORTRAFFICCONTROLISTHEINCLUSIONOFTHESEMETARULESANDPROACTIVEANDGOALORIENTEDBEHAVIOURTHEKEYASPECTSOFIMPROVEDCONTROL,FORWHICHCONTRIBUTIONSESIT2000,1415SEPTEMBER2000,AACHEN,GERMANY77CONTROLANDTRAFFICPREDICTIONSHOULDBEDEVELOPEDASCURRENTONESDONOTSUFFICEANDCANNOTBEUSEDINAGENTTECHNOLOGYTHEADAPTABILITYCANALSOBEDIVIDEDINSEVERALDIFFERENTTIMESCALESWHERETHESYSTEMMAYNEEDTOHANDLEINADIFFERENTWAYROGIER,1999GRADUALCHANGESDUETOCHANGINGTRAFFICVOLUMESOVERALONGERPERIODOFTIME,ABRUPTCHANGESDUETOCHANGINGTRAFFICVOLUMESOVERALONGERPERIODOFTIME,ABRUPT,TEMPORAL,CHANGESDUETOCHANGINGTRAFFICVOLUMESOVERASHORTPERIODOFTIME,ABRUPT,TEMPORAL,CHANGESDUETOPRIORITISEDTRAFFICOVERASHORTPERIODOFTIMEONEWAYOFHANDLINGTHEBALANCEBETWEENPERFORMANCEANDCOMPLEXITYISTHEUSEOFAHIERARCHICALSYSTEMLAYOUTWEPROPOSEAHIERARCHYOFAGENTSWHEREEVERYAGENTISRESPONSIBLEFORITSOWNOPTIMALSOLUTION,BUTMAYNOTONLYBEINFLUENCEDBYADJOININGAGENTSBUTALSOVIAHIGHERLEVELAGENTSTHESEAGENTSHAVETHETASKOFSOLVINGCONFLICTSBETWEENLOWERLEVELAGENTSTHATTHEYCANTSOLVETHISREPRESENTSCURRENTTRAFFICCONTROLIMPLEMENTATIONSANDIDEASONEFINALASPECTTOBEMENTIONEDISTHEROBUSTNESSOFAGENTBASEDSYSTEMSIFALLCOMMUNICATIONFAILSTHEAGENTRUNSON,IFTHEAGENTFAILSAFIXEDPROGRAMCANBEEXECUTEDTOBEABLETOKEEPOURFIRSTURBANTRAFFICCONTROLMODELASSIMPLEASPOSSIBLEWEHAVEMADETHEFOLLOWINGASSUMPTIONSWELIMITOURSELVESTOINNERCITYTRAFFICCONTROLROADSEGMENTS,INTERSECTIONS,CORRIDORS,WEHANDLEONLYCONTROLLEDINTERSECTIONSWITHDETECTORSINTENSITYANDSPEEDATALLROADSEGMENTS,WEONLYHANDLECARSANDWEUSESIMPLERULEBASESFORKNOWLEDGEREPRESENTATION52TYPESOFAGENTSINURBANINTERSECTIONCONTROLASWEDIVIDETHESYSTEMINSEVERAL,RECOGNISABLE,PARTSWEDEFINETHEFOLLOWING4TYPESOFAGENTSROADSAREREPRESENTEDBYSPECIALROADSEGMENTAGENTSRSA,CONTROLLEDINTERSECTIONSAREREPRESENTEDBYINTERSECTIONAGENTSITSA,FORSPECIFIC,DEFINED,AREASTHEREISANAREAAGENTHIGHERLEVEL,FORSPECIFICROUTESTHERECANBEROUTEAGENTS,THATSPANSSEVERALADJOININGROADSEGMENTSHIGHERLEVELWEHAVENOTCHOSENFORONEAGENTPERSIGNALTHISMAYRESULTINAMORESIMPLESOLUTIONBUTAVAILABLETRAFFICCONTROLPROGRAMSDONOTFITINTHATKINDOFAGENTWEDELIBERATELYCHOOSEAMORECOMPLEXAGENTTOBEABLETOUSESTANDARDTRAFFICCONTROLDESIGNALGORITHMSANDPROGRAMSTHEIDEASTILLISTHEOPTIMISATIONONALOCALLEVELINTERSECTION,BUTWITHLOCALANDGLOBALCONTROLTHEREFORWEUSEAREAAGENTSANDROUTEAGENTSALLCOMMUNICATIONTAKESPLACEBETWEENNEIGHBOURINGAGENTSANDUPPERANDLOWERLEVELONES53DESIGNOFOURAGENTBASEDSYSTEMTHEESSENCEOFA,DEMANDRESPONSIVEANDPROACTIVEAGENTBASEDUTCCONSISTSOFSEVERALITSASINTERSECTIONAGENT,SOMEAUTHORITYAGENTSAREAANDROUTEAGENTSANDOPTIONALROADSEGMENTAGENTSRSATHEITSAMAKESDECISIONSONHOWTOCONTROLITSINTERSECTIONBASEDONITSGOALS,CAPABILITY,KNOWLEDGE,PERCEPTIONANDDATAWHENNECESSARYANAGENTCANREQUESTFORADDITIONALINFORMATIONORRECEIVEOTHERGOALSORORDERSFROMITSAUTHORITYAGENTSFORASPECIFICITSA,IMPLEMENTEDTOSERVEASANURBANTRAFFICCONTROLAGENT,THEFOLLOWINGACTIONSAREINCORPORATEDROOZEMOND,1998DATACOLLECTION/DISTRIBUTIONVIARSAINFORMATIONONTHECURRENTSTATEOFTRAFFICFROM/TOOTHERITSASONOTHERADJOININGSIGNALISEDINTERSECTIONSANALYSISWITHANACCURATEMODELOFTHESURROUNDSANDKNOWINGTHETRAFFICANDTRAFFICCONTROLRULESDEFINECURRENTTRENDDETECTCURRENTTRAFFICPROBLEMSCALCULATIONCALCULATETHENEXT,OPTIMAL,CYCLEMATHEMATICALLYCORRECTDECISIONMAKINGWITHOTHERAGENTDECIDINGWHATTOUSEFORNEXTCYCLEHANDLECURRENTTRAFFICPROBLEMSCONTROLOPERATETHESIGNALSACCORDINGTOCYCLEPLANINFIGURE1AMORESPECIFICEXAMPLEOFASIMPLIFIED,AGENTBASED,UTCSYSTEMISGIVENHEREWEHAVEAROUTEAGENTCONTROLLINGSEVERALINTERSECTIONAGENTS,WHICHINTURNMANAGETHEIRINTERSECTIONCONTROLSHELPEDBYRSASTHEITSAISTHEAGENTTHATCONTROLSANDOPERATESONESPECIFICINTERSECTIONOFWHICHITISCOMPLETELYINFORMEDALLITSASHAVEDIRECTCOMMUNICATIONWITHNEIGHBOURINGITSAS,RSASANDALLITSTRAFFICLIGHTSHEREWEUSETHEAGENTTECHNOLOGYTOIMPLEMENTADISTRIBUTEDPLANNINGALGORITHMTHEROUTEAGENTS’TASKSARECONTROLLING,COORDINATINGANDLEADINGTHEITSA’STOWARDSAMOREGLOBALOPTIMUMUSINGALLAVAILABLEINFORMATIONTHEITSARECALCULATESTHENEXT,MOSTOPTIMAL,ESIT2000,1415SEPTEMBER2000,AACHEN,GERMANY79

簡介：ANAGENCYTHEORETICANALYSISOFVALUECREATIONTHROUGHMANAGEMENTBUYOUTSOFFAMILYFIRMSJAMESJCHRISMANA,B,,JESSHCHUAC,G,1,LLOYDPSTEIERD,2,MIKEWRIGHTE,F,3,D’LISANMCKEEA,4AMISSISSIPPISTATEUNIVERSITY,MS397629581,UNITEDSTATESBCENTREFORENTREPRENEURSHIPANDFAMILYENTERPRISE,UNIVERSITYOFALBERTA,EDMONTON,ALBERTA,CANADACHASKAYNESCHOOLOFBUSINESS,UNIVERSITYOFCALGARY,CALGARY,ALBERTAT2N1N4,CANADADUNIVERSITYOFALBERTASCHOOLOFBUSINESS,EDMONTON,ALBERTAT6G2R6,CANADAECENTREFORMANAGEMENTBUYOUTRESEARCH,IMPERIALCOLLEGE,LONDONSW72AZ,UKFUNIVERSITYOFGHENT,BELGIUMGZHEJIANGUNIVERSITY,CHINA1INTRODUCTIONFAMILYFIRMSACCOUNTFORTHEMAJORITYOFFIRMSAROUNDTHEWORLDLAPORTA,LO′PEZDESILANES,SHLEIFER,MORCKCHUA,CHRISMAN,LIM,LUBATKIN,SCHOLES,WRIGHT,WESTHEAD,BURROWS,MCCONAUGHY,MATTHEWS,BUTBOUNDEDRATIONALITYMAKESITIMPOSSIBLEFORTHECONTRACTINGPARTIESTOEXECUTECOMPLETECONTACTSTHATANTICIPATEANDREGULATEEVERYPOTENTIALSITUATIONTHATMAYARISEOVERTHEDURATIONOFTHECONTRACTKAPLANOTHERWISE,THEPRINCIPALCOULDTHEORETICALLYPREVENTORPUNISHVALUEAPPROPRIATINGBEHAVIORBYTHEAGENTAGENCYPROBLEMSBETWEENOWNERSANDMANAGERSHAVERECEIVEDTHEMOSTATTENTIONINTHELITERATUREEISENHARDT,1989,BUTTHOSEARISINGBETWEENBORROWERSANDLENDERSMYERS,1977SMITHVILLALONGAUSINGFIRMRESOURCESTOPURSUETHEMANAGERS’PERSONALAGENDASORCONSUMPTIONOFPERKSEGJENSENMILBOURN,SHOCKLEY,SMITHMORCKETAL,1988MORCKSCHULZEETAL,2003OWNEROPPORTUNISMOCCURSBECAUSEDESPITEITSNEGATIVEINFLUENCEONFIRMVALUE,THECOSTSARESHAREDBYOTHEROWNERSWHILETHEBENEFITSFLOWMAINLYTOTHECONTROLLINGOWNERSJENSENCHUA,CHRISMAN,WRIGHTCHILDCHUAETAL,1999LIKEWISE,WEDONOTCONSIDERSITUATIONSWHEREANONFAMILYCEOPRESIDESOVERACADREOFFAMILYMANAGERSORWHERETHESOLEFAMILYOWNERANDFAMILYCEOAREDIFFERENTPEOPLEBECAUSETHESEAREUSUALLYTEMPORARYARRANGEMENTSDESIGNEDTOALLOW,RESPECTIVELY,TIMEFORFAMILYSUCCESSORSTOOBTAINTHEEXPERIENCELEEETAL,2003ORFINANCIALRESOURCESNEEDEDFORTHETRANSITIONBOTHARETHEREFOREMUCHLESSLIKELYTOLEADTOANMBOTHANTHECONFIGURATIONSWEDEPICTINTABLE1FINALLY,MBOSBYFAMILYMANAGERSAREALSOPOSSIBLEHOWEVER,THERESULTINGFIRMWOULDSTILLBEFAMILYOWNEDANDMANAGED,ALTHOUGHBYADIFFERENTCOALITIONOFMEMBERSOFTHESAMEFAMILYSINCEWEAREINTERESTEDINMBOSTHATTRANSFORMFAMILYFIRMSINTONONFAMILYFIRMS,WEDONOTDEALWITHSITUATIONSTHATINVOLVEINTRAFAMILYMBOSJJCHRISMANETAL/JOURNALOFFAMILYBUSINESSSTRATEGY32012197–206199

簡介：中文中文4200字文獻出處文獻出處ZHIHAIY,WEIHONGY,YANC,ETALMOBILEHEALTHCARERESEARCHBASEDONJADEAGENTANDANDROIDPLATFORMC//SOFTWAREENGINEERINGANDSERVICESCIENCEICSESS,20145THIEEEINTERNATIONALCONFERENCEONIEEE,2014723726本科生畢業(yè)論文外文翻譯論文題目MOBILEHEALTHCARERESEARCHBASEDONJADEAGENTANDANDROIDPLATFORM學生姓名學號專業(yè)計算機科學與技術(shù)年級計算機１１１指導教師職稱教授學院信息與電氣工程學院二．相關(guān)工作二．相關(guān)工作我們的工作的很多方面與云計算有關(guān)。為了我們的研究，我們研究了很多技術(shù)。我們主要使用的技術(shù)如下。AJADE代理JADE是一種流行的開源框架，促進了多智能體系統(tǒng)的發(fā)展。JADE的每一個運行實例環(huán)境被稱為一個容器，因為它可以包含若干代理。該組活性的容器被稱為平臺。JADE以適應移動環(huán)境與資源有限的約束條件所需的內(nèi)存和處理能力。此外JADE實現(xiàn)FIPA規(guī)范，以此支持極具表現(xiàn)力和復雜的通信。FIPAACL交際法庫規(guī)范允許給語義到通信不考慮該消息的內(nèi)容和所述FIPA。交互協(xié)議規(guī)范允許建立既簡單相互作用（即請求響應）和更復雜的（IECONTRACT凈有用BANDROIDANDROID推出一個全新的稱作DALVIK的虛擬機，為低內(nèi)存要求進行了優(yōu)化，并設計成允許一次運行多個虛擬機實例。安卓提供一個運行環(huán)境，其中每個應用程序在它自己的LINUX線程ANDROID應用模式包括四個組成部分活動、接收器、服務和內(nèi)容提供商提供抽象，支持開發(fā)人員構(gòu)建用戶接口、管理平臺或應用程序、構(gòu)建后臺服務，并且能獲得通過透明方式獲取各種各樣的數(shù)據(jù)。值得一提的ANDROID的一個非常重要的特征應用程序的生命周期不是直接由應用程序本身控制的。事實上，它是系統(tǒng)通過分析所知道的應用程序的的哪些部分誰知正在運行，以及他們對用戶的重要性和總共所需要內(nèi)存是否能夠滿足來決定的。三．三．JADEJADE代理在代理在ANDROIDANDROID平臺上的原理和開發(fā)方法平臺上的原理和開發(fā)方法因此,結(jié)合JADE代理的表現(xiàn)力與ANDROID平臺的強大,在我們看來,開發(fā)一套基于社會和點對點的創(chuàng)新應用具有很大的價值。將JADE代理集成到ANDROID平臺非常困難。開發(fā)人員應該有一個良好的代理編程機制以及ANDROID的活動機制、意圖機制、廣播機制等。JADE和ANDROID是完全不同的發(fā)展平臺,特別是由于硬件的限制，正常JADE代理不能在手機等移動設備上運行。因此,有一些系統(tǒng)開發(fā)的瓶頸問題1完整的JADE運行時環(huán)境的數(shù)兆的內(nèi)存,手持設備不能適應。

簡介：MOBILEHEALTHCARERESEARCHBASEDONJADEAGENTANDANDROIDPLATFORMYANGZHIHAITRANSPORTATIONMANAGEMENTCOLLEGEDALIANMARITIMEUNIVERSITYDALIAN,LIAONING,116026,CHINAYANGZHIHAI302163COMYUWEIHONG,CHENYAN,LITAOYINGTRANSPORTATIONMANAGEMENTCOLLEGEDALIANMARITIMEUNIVERSITYDALIAN,LIAONING,116026,CHINAABSTRACTCURRENTLY,HEALTHCAREPLAYSANINCREASINGLYIMPORTANTROLEINOURLIFE,MEANWHILETRADITIONALHEALTHCAREISNOTCONVENIENTFORTHECOLLECTIONOFMEDICALINFORMATIONANDTHEMEDICALTREATMENTWHENHEALTHPROBLEMSCOMEOUTTIMELYINORDERTOACHIEVETHEPURPOSEOFMEDICALCAREMOBILITY,WECOMBINEMULTIAGENTTECHNOLOGYWITHADVANCEDMOBILECOMMUNICATIONTECHNOLOGY,ANDDEPLOYJADEAGENTTOTHEANDROIDHANDHELDDEVICESANDDESIGNAMOBLIEHEALTHCARESYSTEMBASEDONJADEAGENTANDANDROIDPLATFORMANDROIDHANDHELDDEVICENODECANRECEIVETHEDATACOLLECTED,THENTRANSMITTOTHEREMOTESERVERTOOBTAININFORMATIONONMEDICALTREATMENTPLAN,PUSHTOTHESERVERTHROUGHUSINGTHEUSERSMOBILEPHONETHESYSTEMCANPROVIDEUSERSWITHAHEALTHEMERGENCYFUNCTIONANDEVENTONTIMETOPROVIDEUSERSWITHTIMELYTREATMENTTHROUGHTHEUSERSDAILYHEALTHINFORMATIONMANAGEMENTKEYWORDSJADEAGENTJADELEAPADDONANDROIDPLATFORMSYSTEMINTEGRATIONSENSORIINTORODUCTIONINRECENTLYYEARS,WITHTHEFASTPACEOFOURLIVES,PEOPLETENDTOBEMOREANDMOREPRESSURED,LOTSOFPEOPLEAREFACINGHEALTHPROBLEMSANDMANYOFTHEMAREINAHEALTHYCONDITION,SUCHASHYPERTENSION,HEARTDISEASEANDOTHERCHRONICCONDITIONSBUTTHEYMAYHAVELITTLETIMETOEXAMINETHOROUGHLY,ITAPPEARSTOBETHATALOTOFHIDDENDISEASEISDIFFICULTTOFINDOUT,WHICHCAUSESAGOODDEALOFUNRECOVERABLELOSSSODESIGNINGAPHYSIOLOGICALINFORMATIONATANYTIMETHROUGHTHENETWORKDRIVETOAREMOTEMONITORINGCENTERFORHEALTHCAREANALYSIS,PROCESSINGANDVIEWINGOUROWNHEALTHINDEXWITHTHEPOPULARITYOFANDROIDSMARTPHONES,PORTABLEPHONESBECAMEALLESSENTIALGOODS,SMARTPHONECOMMUNICATION,POSITIONING,STORAGE,DISPLAYGIVEUSERGREATCONVENIENCEGIVENTHESEFAVORABLECONDITIONSOFTHEPHONE,THEPHONETOTHEREMOTEMEDICALMONITORINGSYSTEMISALSOANEFFECTIVEWAYTOIMPROVETHEQUALITYOFSERVICEOFREMOTEMEDICALMONITORINGWITHTHEGRADUALMATUREFROMTHEORYTOAPPLICATION,ESPECIALLYFIPAAGENTTECHNOLOGYANDTHEEMERGENCEOFAVARIETYOFDEVELOPMENTPLATFORMSFORTHEDEVELOPMENTOFMULTIAGENTSYSTEMHASINJECTEDNEWVIGORANDVITALITY,MULTIAGENTSYSTEMSINTELLIGENCE,COLLABORATION,SECURITY,COMMUNICATIONS,ETCINCOMPAREDWITHTRADITIONALINFORMATIONSYSTEMSHAVEADISTINCTADVANTAGECOMPAREDWITHOTHERPLATFORMS,JADEININTELLIGENT,FLEXIBILITYANDPRACTICALITYSCALABILITYHASOBVIOUSADVANTAGESJADEFOLLOWSTHEFIPASPECIFICATIONS,PROVIDESTHEBASICNAMINGSERVICES,YELLOWPAGESSERVICE,COMMUNICATIONMECHANISM,WHICHGREATLYSIMPLIFIESTHEDEVELOPMENTOFALLASPECTSOFMULTIAGENTSYSTEM1INTHISPAPER,WEDESIGNANARCHITECTUREBASEDONANDROIDMOBILEANDAGENTENVIRONMENTFORSENDINGUSERSCONTEXTINFORMATIONANDQUERYTHEMESSAGEFROMTHEAGENTINTHECOMPUTERBYUSINGWIRELESS,IEPULSE,BLOODPRESSURE,ETC,TOCAREGIVERSSUCHASDOCTORSANDNURSES,WEUSETHEAGENTANDINFERENCETECHNOLOGIESANDWEWILLANALYZETHEBOTTLENECKSOFJADEAGENTONLIGHTWEIGHTHANDHELDDEVICETOACHIEVE,ANDTHEUSEOFINTERMEDIATETECHNOLOGYTHOUGHTJADELEAPANDSEPARATECONTAINERS,INTEGRATEDUSEOFINTERACTIVEPLATFORMSANDAGENTANDROIDPLATFORM,THECOMBINATIONOFFEATURES,ANDDEVELOPMENTBASEDONAGENTANDROIDPLATFORMFORMOBILEHEALTHCARESYSTEMSIIRELATEDWORKOURWORKRELATEDTOMANYASPECTSOFTHEPERVASIVEANDUBIQUITOUSCOMPUTINGFOROURRESEARCH,WEINVESTIGATEMANYTECHNOLOGIESWEMAINLYUSETECHNOLOGIESASFOLLOWSAJADEAGENTJADE2ISAPOPULAROPENSOURCEFRAMEWORKTHATFACILITATESTHEDEVELOPMENTOFINTEROPERABLEINTELLIGENTMULTIAGENTSYSTEMSEACHRUNNINGINSTANCEOFTHEJADERUNTIMEENVIRONMENTSISCALLEDACONTAINERASITCANCONTAINSEVERALAGENTSTHESETOFACTIVECONTAINERSISCALLEDAPLATFORMJADETOFITTHECONSTRAINTSOFMOBILEENVIRONMENTSWITHLIMITEDRESOURCESINTERMSOFREQUIREDMEMORYANDPROCESSINGPOWERMOREOVERJADEIMPLEMENTSFIPASPECIFICATIONSINORDERTOSUPPORTVERYEXPRESSIVEANDCOMPLEXCOMMUNICATIONSINPARTICULARTHEFIPAACLCOMMUNICATIVEACTLIBRARYSPECIFICATIONALLOWSTOGIVESEMANTICSTOTHECOMMUNICATIONWITHOUTTAKINGINTOACCOUNTTHEMESSAGECONTENTANDTHEFIPAINTERACTIONPROTOCOLSPECIFICATIONSALLOWSTOBUILDBOTHSIMPLEINTERACTIONIEREQUESTRESPONSEANDMORECOMPLEXONESIECONTRACTNETUSEFULFORNEGOTIATINGTASKSAMONGAPOPULATIONOFAGENTSBANDROIDANDROIDINTRODUCESACOMPLETELYNEWVIRTUALMACHINECALLEDDALVIK,PARTICULARLYOPTIMIZEDFORLOWMEMORYREQUIREMENTANDDESIGNEDTOALLOWMULTIPLEVMINSTANCESTORUNATONCE3THATPROVIDESANEXECUTIONENVIRONMENTWHEREEACHAPPLICATIONRUNSINIT’SOWNLINUXPROCESSTHEANDROID____________________________________9781479932795/14/3100?2014IEEE???PARAMETERSCOULDBEINCLUDEDBYUSINGTHEPUTEXTRAMETHODOFINTENTINTHEACTIVITYWESHOULDCREATEACUSTOMBROADCASTRECEIVERINSTANCEANDUSETHEINTENTFILTERMECHANISMTORECEIVETHEBROADCASTFROMTHEAGENTVTHEMOBILEHEALTHCARERESEARCHBASEDONJADEAGENTANDANDROIDPLATFORMASYSTEMARCHITECTUREINORDERTOACHIEVETHEPURPOSEOFREMOTEMEDICALMONITORING,THEPROJECTISDESIGNEDFORREMOTEMEDICALMONITORINGSYSTEMBYFUNCTIONCONSISTSOFFIVEPARTSCOLLECTINGPHYSIOLOGICALDATA,TRANSMITTINGPHYSIOLOGICALDATA,PROCESSINGOFPHYSIOLOGICALDATA,TREATMENTOFEMERGENCYANDSELECTINGTHETREATMENTPROGRAM6THEFIVEMAINFUNCTIONSRELATEDTOTHEWEARABLECOLLECTIONDEVICES,SMARTPHONES,REMOTESERVERSYSTEMANDTHETWOMAJORBUILDINGBLOCKSOFEFFECTIVECOORDINATIONANDFUNCTIONING,BUTALSOCONTACTINGTHEDUTIESOFGUARDIANSHIPBETWEENTHEPATIENT,MEDICALSTAFFANDPATIENTSFAMILIESCLOSELY,COOPERATINGWITHEACHOTHERTOACHIEVETHECOMMONGOALOFREMOTEMEDICALMONITORING1COLLECTINGPHYSIOLOGICALDATACOLLECTINGPHYSIOLOGICALDATAISCOLLECTEDBYAWEARABLEDEVICETOCOMPLETE,AIMEDATTHEPATIENTSTEMPERATURE,BLOODPRESSURE,PULSE,THESTATEOFMOTIONOROTHERCHRONICDISEASES,SUCHASLONGTERMCARENEEDSOFPATIENTSWITHTHEMOSTCOMMONPHYSIOLOGICALMONITORINGTHROUGHTHECORRESPONDINGDATAREADOUTDEVICEORSENSORTOGENERATEPHYSIOLOGICALDATASOURCE,ANDTHENPACKAGESASBLUETOOTHWIRELESSTECHNOLOGYTOTHEMOBILETERMINALDEVICETHROUGHTHETRANSMISSION2TRANSMITTINGPHYSIOLOGICALDATAPHYSIOLOGICALDATAISTRANSMITTEDFROMTHEACQUISITIONFRONTEND,BACKENDSERVERSIDEMOBILETERMINALANDACOMMONTIETOCOMPLETE,AIMSTOCOLLECTPHYSIOLOGICALDATACOLLECTEDFROMTHEFRONTEVENTUALLYCOMMUNICATEDANDSTOREDINTHEBACKGROUNDONTHESERVERSIDE,COMPLETETHEFOLLOWUPCARETREATMENTINTHISPROCESS,THEFRONTENDOFTHEACQUISITIONBYTHEBLUETOOTHCOMMUNICATIONWITHTHEMOBILETERMINALTHEUSEAGENT3THEPROCESSINGOFPHYSIOLOGICALDATAPROCESSINGPHYSIOLOGICALDATAISCONSISTEDWITHASIMPLEPREPROCESSINGANDINTEGRATEDBACKENDSERVERSIDEMOBILETERMINALCOMPONENTSSIMPLEPREPROCESSINGMOBILETERMINALINCLUDESPHYSIOLOGICALDATATHRESHOLDMONITORINGANDSHORTTERMSTORAGE,QUERYANDDISPLAY,WHICHBRINGSTHEMOSTCONVENIENTMOBILETERMINALDATASERVICESANDEMERGENCYALERTSTOTHEPATIENTSCOMPREHENSIVETREATMENTBACKGROUNDSERVERSIDEINCLUDESLONGTERMSTORAGEOFPHYSIOLOGICALDATA,QUERIES,GRAPHICALDISPLAYINCLUDINGINTERACTIVEINFORMATIONFROMHEALTHCONTROLAGENTBYACLNEWSANDTHEFRONTENDAGENTCLUSTERSCOMPLETED4EMERGENCYTREATMENTEMERGENCYTREATMENTEMERGENCYALERTISCOMPOSEDWITHTHEDAILYLIFEOFTHEMAINFUNCTION,PHYSIOLOGICALABNORMALITIESWARNING,EMERGENCYSITUATIONHANDLINGANDPOSITIONINGSEARCHFUNCTIONS,FINISHINGEMERGENCYRESPONSERANGESFROMTHEGENERALTOTHESERIOUSSITUATIONOFTHEVARIOUS,SUCHASREMINDINGPATIENTSTOCONTACTTHEIRFAMILIESTOLOCATE,WHICHESCORTTOTHEPATIENTSAMBULANCE?????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????FIGURE1THEFRAMEWORKOFTHESYSTEMINTHISARTICLE,ADISTRIBUTEDMULTIAGENTSYSTEMFORMOBILEHEALTHCAREHASBEENDEVELOPEDANDTHEFRAMEWORKOFTHESYSTEMISSHOWNASFIGURE1THEMAINIDEAOFTHISSYSTEMISTHATSOMEJADEAGENTTEGTHEUSERAGENTWILLBEDEPLOYEDONTHEUSER’SANDROIDPHONETHEUSERWILLSENDANDREQUESTMESSAGEFROMHISANDROIDPHONETHISREQUESTWILLREACHWIRELESSTHERESPONDERAGENTEGTHEHEALTHCONTROLAGENTANDAFTERFINISHINGTHEPROCESSINGOFTHEREQUEST,THERESPONDERAGENTWILLSENDAREPLYWITHTHERETRIEVINGRESULTSTOTHEREQUESTERANDTHERESULTSCANBESHOWNONTHEINTERFACEOFTHEUSER’SANDROIDPHONEBTHEWORKINGMECHANISMSOFTHEAGENTTHEPROPOSEDARCHITECTUREISCOMPOSEDOFUSERAGENT,BROKERAGENT,AUTHENTICATIONAGENT,COTEXTAGENT,RULEENGINEANDHEALTHCONTROLAGENTANDTHEWORKINGMECHANISMOFTHEAGENTISSHOWNASFIGURE2EACHAGENTCARRIESOUTSPECIFICTASKANDCOLLABORATIONWITHEACHOTHERVIAACLMESSAGEHEREWEFOCUSONUSERAGENTANDHEALTHCONTROLAGENTDESCRIBEDASTHEFOLLOWINGUSERAGENT’SMAINPURPOSEISTOSENDUSER’SCONTEXTINFORMATION,WHICHISRECEIVEDFROMTHESENSORSINAPERSON’SBODY,TOCONTEXTAGENTAFTERTHECONTEXTINFORMATIONISSENT,USERAGENTRECEIVERDIAGNOSISANDPRESCRIPTIONDATAFORMHEALTHCONTROLAGENTFORSENDINGTHECONTEXTINFORMATIONTOCONTEXTAGENT,USERAGENTMUSTGETMUSTGETAUTHENTICATIONPERMISSIONFROMAUTHENTICATIONAGENTINCASEOFHANDHELDDEICES,USERAGENTSHOULDUSETHEJADELEAPPERSONALJAVAVERSION,WHICHISALIGHTWEIGHTVERSION,BECAUSETHEIRRESOURCEISLIMITEDONCEUSERAGENTRECEIVESTHEDIAGNOSISANDPRESCRIPTION,ITMAINTAINSRELATIONSHIPWITHHEALTHCONTROLAGENTCONTINUALLYLIKEUSERAGENT,HEALTHCONTROLAGENTMAINPURPOSEGIVESDIAGNOSISANDPRESCRIPTIONTOUSERSWHENITRECEIVERUSERCONTEXTINFORMATION???

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