简介：

简介：

简介：

简介：

简介：FromJune27thto28th,2016,AsiaEnergyCooperationForumwasheldinChongqing.PresentattheforumwerehighrankinggovernmentofficialsfromovertencountriesinandoutsidetheregionsuchasChina,Russia,SouthKorea,Mongolia,India,Pakistan,Iran,Malaysia,Myanmar,Kazakhstan,TurkmenistanandAzerbaijan,andexpertsfromtheInternationalEnergyAgency,EnergyCharter,InternationalEnergyForumandsomeenterprisesandthinktanks.

简介：Thedecentralizationoftheenergysector'sinfrastructureiscommonlyunderstoodasanimportantsteptowardsanefficientandsustainableenergysystem.However,technicalmeasuresonlyhavealimitedimpactonthesystemsgoals.Thedecentralizationofdecision-making,theempowermentofhouseholdsandtheoccurrenceofprosumercommunitiesrequiremorehuman-centricapproachestomeetfuturechallenges;theapplicationofthesubsidiarityprincipleanddecentralizationseemsinevitablebutalsounclearinitsimplementationinanenergysystem,thecooperationbehaviorofcommunitymembersgainsinimportanceandthedesignofprosumercommunitiesmustovercomeeconomicproblems.Thisarticleemphasizesthehuman-centeredchallengeswhichgoalongwithprosumercommunities.Weapplyeconomicprinciplestorevealmajorproblemswhichgowiththeshiftsinenergy-relateddecision-makingtowardsprosumersandintegratebehavioralscienceforprosumercommunitydesign.Wehighlighttheimportanceofenergyasaninterpersonalconstruct;aviewonenergywhichwillgaininimportancewithinaprosumercommunitiesshapednetwork.IndexTermsCooperationBehavior,CrowdEnergy,EnergyEconomics,EnergyProsumer,ProsumerCommunityDesign.

简介：China-LACtradevolumehasrisenmorethan20timesinthepastdecade,andreached269billionUSdollarsin2014.ChinahasbecomethesecondlargesttradepartneroftheLACandlargesttradepartnerofBrazil,ChileandotherLACcountries.Whattheinfluencewilleconomically-transformingChinaexertonLACeconomy?HowwillChinaLACtradeandeconomicrelationshipdiversify?Whatnewelementswillemergeinthecorporatecooperation

简介：

简介：Theproblemofcloudcooperationofmilitaryserviceproviders(MSPs)isaddressedforallocatinglimitedresourcestomilitaryserviceusers(MSUs)thataregeographicallydistributed.TheMSPs,alsocalledmilitaryorganizationclouds,arevirtualizedandencapsulatedbytheservicestheycanofferandeachofthemcontainsdifferentkindsofresourcesthatMSUneeds.TheMSPsarealsogeographicallydispersed.TheyarerequiredtoallocatetheirresourcestotheMSUcomplyingwiththecorrespondingqualityofservice(QoS),sothateachMSUgatherstheservicesitneedstoguaranteeitstasktobeimplemented.TheoutlineofmilitaryorganizationcloudcooperationisdiscussedandthemethodofserviceoptimalselectionisproposedbasedonQoSevaluation.TheQoSevaluationmethodbasedonexponentialapproximationisputforwardtoincludetheusers’will.Simulationresultsverifytheeffectivenessoftheproposedalgorithm.

简介：

简介：

简介：Ⅰ.IntroductionInrecentdecades,withtherampancyoftransnationalorganizedcrimes,especiallytheexpansionofterrorism,internationalpolicecooperationhasbeenattachedgreatimportancetobyinternationalorganizationsandvariouscountriesandbecomeanatouttomaintainnationalsecurityandcoreinterests.

简介：Attheinvitationofthe48GroupClubofBritain,theInstituteofInternational&EuropeanAffairs(IIEA)ofIrelandandtheMinistryofForeignAffairsofIceland,asix-memberdelegationledbyMr.AiPing,MemberoftheNationalCommitteeofCPPCCandCAFIUVicePresidentvisitedBritain,Irelandand

简介：Device-to-device(D2D)通讯是为改进细胞的网络的一种新兴的技术，它在认识到事情(IoT)的因特网起一个重要作用。光谱效率，精力效率和网络的产量能被合作在一个自我组织的方法在多重D2D用户之中提高。以便没有减少的通讯质量，限制D2D用户和负担的干扰离开D2D用户的精力消费，一个干扰有限多用户合作计划被建议让多重D2D用户在这份报纸解决精力问题和干扰问题。多重D2D用户使用非直角的系列由自我组织的方法形成簇。多重D2D用户被划分成不同合作单位。在不同合作单位之中没有干扰以便以合作单位限制每个D2D用户的干扰。当连接能力不能满足用户率的要求时，它将生产一个中断事件。以便评估通讯质量，D2D连接的暴行概率被考虑连接延期阀值，数据率和干扰导出。除精力可获得性和每个D2D用户的signal-to-noise比率(SNR)以外，当选择中继D2D用户以便提高接待用户的D2D的signal-to-interference-plus-noise比率(SINR)时，在D2D用户之间的距离被考虑。联合导出的暴行概率，在平均连接延期阀值之中的关系，精力的效率和能力的效率被学习。模拟结果证明多重D2D用户合作计划不能仅仅帮助卸载精力消费并且限制D2D用户的干扰，而且提高精力的效率和能力的效率的干扰有限。

简介：OnNovember10,2016,PresidentSuGeheadedCIISdelegationtoattendthe9thChina-Japan-ROKtrilateralcooperationforuminTokyo.PresidentSuGe,PresidentoftheJapanInstituteofInternationalAffairs(JIIA)YoshijiNogami,andChancelloroftheKoreaNationalDiplomaticAcademy(KNDA)YunDuk-Mindeliveredtheopeningremarks.ExpertsfromCIIS,JIIAandKNDAheldin-depthdiscussionsonregionalsecuritysituationintheAsia-Pacific,the