简介：active-fault-alarm(AFA)被开发了完成各种各样的网络服务的快恢复，但是虚惊当适用于10Gigabit以太网时，仍然存在在力量的积极光网络(10G-EPON)格子。解决这个问题，一只活跃差错闹钟基于保护前(AFA-PP)在为力量格子的10G-EPON系统的计划在这份报纸被建议。AFA-PP计划充分利用AFA技术，并且允许预先进行保护前操作。分析、试验性的结果建议新机制的更好的表演并且证明AFA-PP能高效地解决虚惊的问题。

简介：Orthogonalfrequencydivisionmultiplexing(OFDM)whichhasbeenadoptedinthelong-termevolution(LTE)systemcanimprovethesystemcapacityobviously.However,italsobringsaboutsevereinter-cellinterference(ICI)forcell-edgeusers(CEUs).Totacklethisproblem,multi-userselectionandpowercontrol(MuS-PC)isproposedasanefficientschemeinuplinkcoordinatedmulti-pointmulti-usermulti-inputmulti-output(CoMP-MU-MIMO)transmission/reception.Thispaperjointlyconsidersuser’ssignaltointerferenceplusnoiseratio(SINR)andproportionalfairness(PF)tomaximizethetotalchannelcapacityinmulti-userselectionbyformulatingapenaltyfunction.Tosimplifythepenaltyfunction’scomputation,particleswarmoptimization(PSO)algorithmisintroduced.Inaddition,powercontrolisadoptedtomaximizeoverallenergyefficiency.SimulationresultsdemonstratethattheMuS-PCschemecannotonlyobtaintheoptimaltotalchannelcapacitywhileguaranteeeachuser’squalityofservice(QoS)andPF,butalsolargelyreducecomputationalcomplexityandimproveenergyefficiency.Asaresult,thepoorcommunicationqualityofCEUscanbeenhanced.

简介：Coordinatedmulti-pointtransmission/reception(CoMP)wasproposedcurrentlyasaneffectivetechnologytoimprovecell-edgethroughputinnext-generationwirelesssystems.Mostoftheexistingworkdiscussedclusteringmethodsmostlytomaximizetheedgeuserthroughputwhileneglectingtheproblemofenergyefficiency,suchasthosealgorithmclusteringbasestations(BSs)ofbetterchannelconditionandBSsofworsechannelconditiontogether.Inaddition,BSsusuallyincreasethetransmitpowertoachievehigherthroughputwithoutanyconsideringofinterferencecausedtootherusers,thatmayresultinenergywaste.TheauthorsfocusonthethroughputmaximizingproblemwhilefullyconsideringenergysavingprobleminCoMPsystems.Acoefficientisdefinedtodescribethefitnessofclusters.Thenasub-carrierallocationalgorithmwithclusteringmethodisputforwardforCoMPdownlink,whichcansavethetransmitpowerofBSandincreasethethroughput.Furthermoreapowerallocationschemeisproposedbasedonnon-cooperationgame;inwhichthetransmitpowerisdecreasedbyBSsgenerallytoreachtheNashequation(NE).Simulationshowsthattheproposedsub-carrierallocationschemeandpowerallocationalgorithmarebetterthantheexistingonesonusers’throughputwhileconsumesmuchlessenergy.

简介：合作中继作为一种有效技术新兴在下一代的细胞的网络在高数据率范围上完成要求，象长期的进化进展(LTE进展)一样。在这份报纸，我们在向LTE进展中继细胞的网络的multihop上建议一种分布式的联合继电器节点(RN)选择和力量分配计划，两个都考虑无线隧道状态和RN的剩余精力。我们提出作为一个不安的土匪系统中继细胞的网络的multihop。一阶的有限状态的Markov链被用来描绘变化时间的隧道和剩余精力状态转变。与这随机的优化明确的表达，最佳的政策有戏剧性地减少计算复杂性的indexability性质。模拟结果证明建议计划罐头高效地提高期望的系统报酬，与另外的存在算法相比。

简介：罗德与施瓦茨公司收购了电视品牌推广、图文、自动播控、总控播出行业的领先者PixelPower有限公司。利用这次收购,罗德与施瓦茨公司将进一步扩大其广播电视播出业务,成为行业技术领先的公司。子公司将命名为“PixelPowerLtd.-ARohde&SchwarzCompany”。PixelPower为广播公司及播出机构提供创新的图文、主控和集成播放系统。这些系统能够更有效地为电视直播频道、移动终端、线上及OTT/VOD传送动态内容。