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简介：ThepurposeofthispaperistogivearelativelyelementaryanddirectproofoftheDeltaInequality,whichplaysaveryimportantroleinthestudyoftheextremalproblemofquasiconformalmappings.

简介：Theproblemofdecisionmakinginanimpreciseenvironmenthasfoundparamountimportanceinrecentyears.Inthispaper,wedefinevaguesoftrelationandsimilaritymeasureofvaguesoftsets.Usingthesedefinitions,somenovelmethodsofobjectrecognitionfromanimprecisemultiobserverdatahasbeenpresented.Moreover,weintroducethenotionofgeneralizedvaguesoftsetsandstudysomeofitsproperties.Thesimilaritymeasureofgeneralizedvaguesoftsetsisalsopresentedandanapplicationofthismeasureindecisionmakingproblemshasbeenshown.

简介：Thispaperusesgraphicmethodtoanalyzethemechanismofprimenumberformationandtheperiodiccharacteristicsofitsmultipleinnaturalnumbers.TheGoldbach’sconjectureisprovedbytheanalysisdiagrams.

简介：ThispaperpresentsanotherformalproofforthecorrectnessoftheDeadlineDrivenScheduler(DDS).ThisproofisgivenintermsofDurationCalculuswhichprovidesabstractionforrandompreemptionofprocessor.Comparedwithotherapproaches,thisproofreliesonmanyintuitivefacts.Thereforethisproofismoreintuitive,whileitisstillformal.

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简介：<正>Withnoexplanatoryliteratureoraudioguides,ZendaiMoMA’sexhibition"SoftPower:AsianAttitude"certainlydoesn’tspoon-feedusart.Curatorial

简介：我们在场在Hoare风格节目逻辑的标准标记打扫无用单元收集程序的保守变体的机器级的实现的确认。收集者的说明用分离逻辑在一个机器级的存储模型上被给，并且是足够强壮的保存任何普通mutator节目的安全性质。我们的确认充分在Coq证明助手被实现并且能作为带证明的代码包装的foundational立即被包装。我们的工作向造充分证明的生产质量无用单元收集程序做重要尝试。电子增补材料这篇文章(doi:10.1007/s11390-007-9049-z)的联机版本contatins增补材料，它对授权用户可得到。

简介：Inthispaperusinganargumentfrom[1],weproveoneoftheprobabilisticversionofHardy'sinequality.

简介：说比尔盖茨是天才，没有多少人会反对，他拥有多项世界第一他是第一个靠观念、智慧、思维致富，荣登世界首富的人，也是有史以来最年轻的世界首富；他是第一个白手起家、在短短20多年内创造个人财产达到无人能及的商业奇才；他首开新经济致富的先河，成为人类历史上第一个靠软件拥有亿万资产的先知先觉者；他是第一个利用高科技和高智商创造巨额财富的典范……而且他还在继续创造着无数个世界第一。比尔盖茨不但是成功者，而且是所有成功者之神。

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简介：AconstructiveproofisgivenfortheinversionformulaforzonalfunctionsonSL(2,R).AconcretelyconstructedsequenceofzonalfunctionsareprovedtosatisfytheinversionformulaobtaAnedbyHarish-Chandraforcompactsupportedinfinitelydifferentiablezonalfunctfons.Makinguseofthepropertyofthissequencesomehowsimilartothatofapproximationkernels,theauthorndeducethattheinversionformulaistrueforcontinuouszonalfunctiotmon8L(2,R)somecondition.Theclassicalresultcanbeviewedasacorollaryoftheresultshere.

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简介：Inthispaperwe’llproveafundameutalpropertyofthevectorspacebymeansoftheex-tensionfield,i.e.thenumbersoftheelementsofabasisofthevectorspaceVoverthefieldFequaltothedimensions(V:F).

简介：TheonlywayTerabytesofdatacanbeprocessedandanalyzedinareasonabletimeisbyusingparallelprocessingarchitectures.TheParalleROOTFacility,PROOF,isssystemfortheparallelinteractiveanalysisofsuchdatasetsonclustersofheterogeneouscomputers.EarlyprototypeshaveconfirmedthevalidityofthebasicPROOFarchitectureHowever,someimportantworkstillhastobedonebeforePROOFcanbeusedasaproductionfacility.Thebasicarchitectureandtheplanneddevelopmentsaredescribedinthispaper.

简介：基于封面的不平的集合处理一盖住宇宙组织的数据。一个软集合是宇宙的子集的一个parameterized家庭。两个理论能处理数据的无常。软集合在对目标的近似描述上有并非任何限制，并且他们可能形成一盖住宇宙。从这个观点，我们建立在这二个理论之间的一个连接。明确地，我们为这个目的建议一个互补参数。与这个参数，软盖住近似空间被建立，二个理论是bridged.Furthermore，我们学习在盖住和软盖住近似空间之间的一些关系并且获得一些重要结果。最后，我们定义一个观点联合能帮助我们简化参数的集合并且减少一个软盖住近似空格的存储要求的参数。

简介：软弹性的效果，即，到各向同性地变硬的elasticviscoplastic固体的缩进上的收益力量和塑料压缩的可能性的幼仔模量的比率的相对小的价值被调查。计算为完美地粘住的缩进被执行僵硬锋利的indenter进为缩进建模的柱体一半空间。材料被有限紧张elasticviscoplastic描绘允许的组成的关系塑料以及有弹性的压缩的可能性。软弹性和塑料压缩的可能性显著地减少名字的缩进坚硬的比率产出力量。一种线性关系在名字的缩进坚硬和幼仔模量的比率的对数之间被发现产出力量，但是与一个不同系数与在以前的研究报导比。名字的缩进坚硬为塑料泊松比率的价值相当慢慢地从塑料不可压缩性然后减少为小偏差很快减少不到0.25。为软弹性和塑料压缩的可能性，为缩进坚硬的更低的价值的主要原因与在在在indenter下面的材料的静水力学的压力水平的减小有关。

简介：India'seconomyscoredremarkableadvancementinrecentyears.Theaverageannualgrowthratereached8%,peakingat9%in2007-2008.Atthisspeed,theeconomicgrossofIndiawillsurpassthatofJapanby2032,makingIndiathethirdlargest

简介：TheconceptofsoftmatterwasfirstintroducedbyP.G.deGennesinhisacceptancespeechfortheNobelPhysicsPrizein1991.Inmechanicscommunity,however,peopleusuallypreferusingsoftmaterialinsteadofsoftmattertodescribethematerialwhoseenergyassociatedwiththermalmotioniscomparativetotheinteractionenergy.Unlikeintheconventionalcondensedmatter,entropyplaysanimportantandevendeterminativeroleinsoftmaterials.Thisparticularcharacteristicofsoftmaterialgivesbirthtoverycomplexandkaleidoscopicsystems,suchasliquidcrystals,polymers,colloids,granularmaterials,andbiologicalsystems.Softmaterialshavemanyvagariousproperties,includingstrongreactiontoweakstimulus,nonlinearresponse,self-assembly,tonameafew,whichfullyembodythecomplexitiesandparticularitiesinmulti-scalecompositions,structuresandinteractions.Theluxuriantmulti-disciplinenatureandwideapplicationsofsoftmaterialshavesuccessfullyintriguedbothscientistsandengineersworldwide.

简介：OnOctober15,2011,theSoftLawandHumanRightsResearchCenterundertheLawSchoolofthe110-year-oldShandongUniversitywasinaugurated.LuoHaocai,professorofPekingUniversityandchairmanoftheChinaSocietyforHumanRightsStudies,attendedtheopeningceremony.LuoistheinitiatorofsoftlawinChina.Thefoundingofthecenterillustrates