简介：Inthelaserwarningsystem,anon-mechanicalscanningFabry-Perot(F-P)typelaserwarningmethodanditscrucialcomponent-laserincidentsensordesignmethodarebroughtout,andtheF-Petalonwiththeinterferometricfiltercombinationisadopted.Fortheincidentlaserpulsewithacertainwavelength,thetransmittancedifferenceoftheinterferometricfiltersisindependentwithpolarizationofincidentlight,anddescendsalmostlinearlyastheincidentanglegetswider.Alaserincidentanglesensorexperimentalplatformisbuiltup,andtheexperimentiscarriedoutwithagivenlaserrangefinder.Astheresultsindicate,whentheincidentangleislessthan5o,thetransmittancedifferencemeasuredbythelaseranglesensorissignificantlylower,andthedeviationismorethan10%.Whiletheincidentangleisgreaterthan10o,thedeviationisreducedsignificantly.

简介：Fabry-P戠極瑬椭?偌?p的传播特征

简介：光纤F-P滤波器在通信及传感等领域具有重要作用,文章对光纤多腔F-P滤波器的结构和性能进行了分析,主要讨论了级联F-P腔对光纤F-P滤波器性能的改善作用.

简介：针对法布里—珀罗干涉型压力传感器进行光学解调技术研究,采用以双折射光楔为核心的白光偏振干涉系统对传感干涉系统进行解调,利用不同尺寸光楔设计对比实验并进行加压检测,确定传感系统与解调系统匹配的具体设计方法.

简介：<正>后起之秀来势凶猛,一向以创新闻名的广东派岂甘示弱广东虽不是国内第一家P2P网贷平台的发起地,但是在这里,从英美复制而来的P2P模式得以真正落地并迅速本土化。由于广东网贷平台的一系列创新,让P2P行业在国内的信用环境尚不成熟的情况下,规模得以扩大,并渐渐成为诸多小微企业融资和白领投资的新宠。但与此同时,这些创新也为P2P模

简介：与开发和许多的应用程序流行对等(P2P)系统象eMule和BitTorrent那样，蠕虫可能采用这些P2P网络的特征置他们于危险地位。一些特征例如本地路由表格和申请路由机制，是有用的快速散布P2P蠕虫进网络。这篇论文试图给P2P蠕虫的全面调查。定义和P2P蠕虫的分类第一被讨论。然后，包括试验性的分析，当模特儿的繁殖，和防御途径，P2P蠕虫的研究和发展详细被探讨并且分析。

简介：Thefluorineionsensitivefield-effecttransistor（F--ISFET）ismadebydepositingverythinLaF3filmongridoffield-effecttransistorwithsputtermethod.Theoperatingprinciple,measuringmethodandmeasuredresultsofF--ISFETaregiven.Themeasuredresultsshowthatthiskindofsensorhashighersensitivity,shorterresponsetimeandbetterlinearity.Onthebasisofexperimentalresults,thefactorofinfluencingthesteadinessandrepeatabilityofF--ISFETareconjectured.

简介：为结构化的P2P蠕动的un-的贪婪繁殖政策采用每个节点的附近的节点表在对等(P2P)联网加快P2P蠕虫的繁殖。在描述P2P蠕虫的技术背景以后，贪婪繁殖的算法被探讨。为这条新奇繁殖政策模仿设计也被描述。然后，在传播上的贪婪繁殖政策的效果加速，在静态的P2P蠕虫的会聚的集中速度，和攻击交通被模仿并且讨论。主要试验性的结果证明贪婪繁殖是有害的并且能把严重损坏带到P2P网络。

简介：1．引言P2P对等网络是非中心化网络，信息的交换不需要通过创建的中心站点，而直接在对等设备（如个人计算机）间动态地进行信息交换和服务，是一种高效直接的传输方式。P2P打破了传统的C／S模式，各节点对等并可互相提供服务。P2P对等应用在互联网中已经非常普及，并且成为网络资源的巨大消耗者。随着移动数据业务与可承载数据业务终端的普及，以及移动通信网络的快速发展，移动终端与网络结合得越来越紧密，在移动环境中如何实现P2P应用已经引起广泛关注。

简介：TheanalysisofsolarcellperformancehasbeendonebysimulatingtheexternalI-Vcharacteristicsofn^+/p/p^+singlecrystalsiliconsolarcellunderhighlightintensityand1.5airmass(AM).Thismethodallowsthemaximizationofsolarcellefficiency.Tofabricatelow-costn^+/p/p^+singlecrystalsiliconsolarcells,solidsourceofdopedphosphorousandboronwasused.

简介：Theletterproposesathree-layermanageablemediadistributionnetworksystemarchi-tecturecalledMSPnet,whichisbasedonSessionInitiationProtocol[1]andPeertoPeer(SIPP2P)technology.MSPnetperformsapplication-levelstructuredDHTroutingandresourcelocationamongdomainsandunstructuredonesindomain.Exceptformediadistribution,itcanbeusedtosupportavarietyofP2Papplications,includingvideobroadcasting,videoondemand,VoIP,etc.MSPnetiscomposedofthreelayers,namely,thesignalcontrollayer,themanagementlayer,andthemediatransportationlayer.TheMSPnetprototypeconsistsoftheSIPserver,themanagementserver,themediaserver,andthenodeUserAgent(UA).Resultsfromaprototypeexperimentinalarge-scaleInternetenvironmentshowthatMSPnetisfeasible,scalableandmanageable.

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简介：ThekeyprobleminunstructuredP2Psystemishowtocontrol'Flood'.Somestudiesfocusonconstructingmoreefficienttopologywhileothersfocusonbetterqueryalgorithms.ThispaperpresentsHICUS(HierarchicalInterest-drivenCommunity-basedUnstructuredSystem)motivatedbyabasicthought-whethertheresourcescorrelatewithtopologydistinguishesstructuredandunstruc-turedP2Pessentially.Byintroducinghierarchical'interest',HICUSorganizesaquasi-structuredtopologythroughapuredistributedway,andprovidesanewplatformforqueryalgorithms.Westudytheprocedureandperformanceoftopologyorganization,andthesimulationsshowthatHICUSformsasmall-worldwhichcansignificantlyimprovetheroutingefficiency.

简介：<正>互联网时代,金融业作为传统行业中最封闭、坚硬的一块,正被新闯入者逐渐打破。以支付宝为代表的第三方支付在如履薄冰多年后,终于在最近两年里,陆续拿到期盼已久的牌照。这支互联网金融的先锋大军,早已从PC、移动设备端蚕食银行业的支付业务。而作为互联网金融的新贵,P2P网贷心怀远大,其意图染指的是银行业最重

简介：TheconceptofF-knowledgeispresentedbyemployingS-roughsets.ByengraftingandpenetratingbetweentheF-knowledgegeneratedbyS-roughsetsandtheRSAalgorithm,thesecuritytransmissionandrecognitionofmulti-agentF-knowledgeareproposed,whichincludesthesecuritytransmissionofmulti-agentF-knowledgewithpositivedirectionsecretkeyandthesecuritytransmissionofmulti-agentF-knowledgewithreversedirectionsecretkey.Finally,therecognitioncriterionandtheapplicationsofF-knowledgearepresented.ThesecurityofF-knowledgeisanewapplicationresearchdirectionofS-roughsetsininformationsystems.

简介：研究表明含氟气体的性质决定了原子氟（F）的转化效率,通常在CxFy气体中x的值越大,氟（F）的转化效率也就会越高。所以C3F8（八氟丙烷）比C2F6（乙氟烷）具有更高的利用效率,更少的PFC（全氟化物）的排放。文章主要研究在以四乙氧基硅烷（TOES）为基础的离子增强化学气相沉积（PlasmaEnhancedChemicalVaporDeposition,PECVD）的清洗制程中,利用分解效率高的C3F8气体取代C2F6气体。通过实验设计（DesignOfExperiment,DOE）,调整腔体压力、射频（RF）功率、气体流量等参数,最终得到最优化的新清洗配方。应用到实际的量产中,有效地降低了成本,减少了PFC的排放。

简介：Apeer-to-peer(P2P)networkisadistributedapplicationarchitecturewhichprovidesmanyattractivefeatures,suchasavailability,self-organization,load-balancing,andanonymity.However,P2Pnetworkhascreatedsignificantproblemstonetworkoperatorsbygeneratinglargevolumesofinterautonomoussystem(inter-AS)traffic.FocusingontheBitTorrentswarmingprotocol,thispaperproposesanapproachwhichaimstoreduceP2Pgeneratedinter-AStraffic.Inparticular,theapproachcanreduceinter-AStrafficby50%to70%.Moreover,itcanimprovethedownloadingspeedby60%forthepopulartorrents.Theevaluationshowsthatcontrolledregional-basedcontentsreplicationcaneffectivelyachievethisgoal.Furthermore,theapproachisincrementallydeployable.NetworkregionsinwhichthesystemgetsdeployedcansolvetheirP2Pgeneratedinter-AStrafficproblemsautonomously,i.e.,withoutanyInternetserviceproviders-collaborationandanyrequirement,thesystemcanbedeployedintheentireInternet.

简介：Basedonthewhiteningpropertyofwavelettransformationfor1/fnoise,thispaperaddressestheproblemofdetectingdeterministicsignalsinthepresenceof1/ffractalnoise.Thetransferfunctionofwhiteningfilterisprovidedaswellastheconditionforwhitening.ThereceiverstructurebasedonKarhunen-Loeveexpansionandthedecisionrulearealsogiven.Finallyperformanceofthedetectorisanalyzed.

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简介：因特网已成为全球最大的信息基础设施，在全球宽带化、移动化、IP化、融合化、个性化大潮中，IPv6的海量地址支持及改进的业务解析能力与PeertoPeer（P2P）对等互联及有效宽带资源共享传送能力相组合，可以期望将会对开启未来信息通信网络新时代做出新的贡献!