简介：Anaudiorecoveringmethodofspread-spectrumhiddeninformationisproposedbasedongeneticalgorithm.Inthismethodtheembeddedsequencelengthisconfirmedfirstly,thenthebestestimatedsequencewiththeconfirmedlengthisgotbygeneticalgorithm,finallytheconfidentialmessagehiddeninstego-audiocanberecovered.Usingthisapproach,thehiddeninformationcanberecoveredwithoutanyinformationfromthetransmitter.ThepresentedmethodhasbeenimplementedonPC,andtheexperimentalresultsshowthattheaveragerecoveringcorrectrateishigherthan90%.

简介：InCDMAmobilecommunicationsystems,multipleaccessinterferencecanbecanceledbymultiuserdetectiontechnique.TheDegradationbychannelfadingcanbereducedbydiversityreception.Thispaperinvestigatesafamilyofmultiuserreceiversthatcombineddecor-relatingdetection,antennadiversityandRAKEmultipathdiversity.Theperformanceofthemultiuserreceiversisanalyzed.Theresultsdemonstrateasignificantincreaseintheperformanceofthereceiversbyusingmultiuserdetectionanddiversityreception.

简介：Thispaperpresentsanewhybridgeneticalgorithmforthevertexcoverproblemsinwhichscan-repairandlocalimprovementtechniquesareusedforlocaloptimization.Withthehybridapproach,geneticalgorithmsareusedtoperformglobalexplorationinapopulation,whileneighborhoodsearchmethodsareusedtoperformlocalexploitationaroundthechromosomes.Theexperimentalresultsindicatethathybridgeneticalgorithmscanobtainsolutionsofexcellentqualitytotheprobleminstanceswithdifferentsizes.Thepuregeneticalgorithmsareoutperformedbytheneighborhoodsearchheuristicsprocedurescombinedwithgeneticalgorithms.

简介：WhiletheNetworkCodingcooperativerelaying(NC-relaying)hasthemeritofhighspectralefficiency,SuperpositionCodingrelaying(SC-relaying)hasthemeritofhighthroughput.Inthispaper,anovelconcept,codedcooperativerelaying,ispresented,whichisaunifiedschemeoftheNC-relayingandSC-relaying.FortheSC-relayingstrategywhichcanbeconsideredone-waycodedrelayingschemewithmulti-accesschannel,theclose-formsolutionoftheoutageprobabilitiesofthebasicsignalandadditionalsignalareobtainedfirstly.Secondly,theDiversity-and-MultiplexingTradeoff(DMT)characteristicsofbasicsignalandadditionalsignalareinvestigatedentirelyaswellastheoptimalclose-formsolutions.Thecomparednumericalanalysisshowstheevaluationerrorofthroughputbasedontheclose-formsolutionisabout0.15nats,whichiswithintheacceptableerrorrange.Duetothemutualeffectbetweenthebothsourcesignals,theavailablemaximalvaluesofthetwomultiplexinggainsarelessthan1.

简介：Wehaveanalyzedtheorder-disorderingvarianceduetoresonanceeffectandthenonlinearbehavioroffarinfraredraylaser(FIRL)-biologicalsysteminteraction.TheanalyticresultsshowthattheinteractionbetweenthelivingbiologicalsystemandFIRLcanproduceresonanceexcitationeffect,andsotheoriginalhighorderedstateofthesystemcanbedestroyedandthustheconformationvariationinthesystemcanbeproducedunderfurtheractionofthelaser.Inaddition,wehaveanalyzedthenonlinearpropertiesoftheFIRLbio-moleculeinteractionandexplainedthemutagenesiseffectsofFIRL.ThetheoreticanalysisisconsistentwiththeresultsofFIRLmutagenesisbreedingtest.

简介：Anovelalgorithm,theImmuneQuantum-inspiredGeneticAlgorithm(IQGA),isproposedbyintroducingimmuneconceptsandmethodsintoQuantum-inspiredGeneticAlgorithm(QGA).WiththeconditionofpreservingQGA'sadvantages,IQGAutilizesthecharacteristicsandknowledgeinthependingproblemsforrestrainingtherepeatedandineffectiveoperationsduringevolution,soastoimprovethealgorithmefficiency.TheexperimentalresultsoftheknapsackproblemshowthattheperformanceofIQGAissuperiortotheConventionalGeneticAlgorithm(CGA),theImmuneGeneticAlgorithm(IGA)andQGA.

简介：Satelliteconstellationdesignforspaceopticalsystemsisessentiallyamultiple-objectiveoptimizationproblem.Inthiswork,totacklethischallenge,wefirstcategorizetheperformancemetricsofthespaceopticalsystembytakingintoaccountthesystemtasks(i.e.,targetdetectionandtracking).Wethenproposeanewnon-dominatedsortinggeneticalgorithm(NSGA)tomaximizethesystemsurveillanceperformance.Paretooptimalsetsareemployedtodealwiththeconflictsduetothepresenceofmultiplecostfunctions.Simulationresultsverifythevalidityandtheimprovedperformanceoftheproposedtechniqueoverbenchmarkmethods.

简介：Genomeassemblyisaprerequisitestepforanalyzingnextgenerationsequencingdataandalsofarfrombeingsolved.Manyassemblytoolshavebeenproposedandusedextensively.Majorityofthemaimtoassemblesequencingreadsintocontigs;however,wefocusontheassemblyofcontigsintoscaffoldsinthispaper.Thisiscalledscaffolding,whichestimatestherelativeorderofthecontigsaswellasthesizeofthegapsbetweenthesecontigs.Pheromonetrail-basedgeneticalgorithm(PGA)waspreviouslyproposedandhaddecentperformanceaccordingtotheirpaper.Fromourpreviousstudy,wefoundthatfamilycompetitionmechanismingeneticalgorithmisabletofurtherimprovetheresults.Therefore,weproposefamilycompetitionpheromonegeneticalgorithm(FCPGA)anddemonstratetheimprovementoverPGA.

简介：特征选择是在文章分类的重要话题之一。然而，大多数存在特征选择方法连续、低效被用于巨大的文本数据集合。在这容易，一个特征选择方法基于平行合作进化基因算法被介绍。介绍方法使用基因算法选择特征子集并且利用平行合作进化提高时间效率，因此它能快速获得更代表性的特征子集。试验性的结果证明为精确性比率和召回比率，介绍方法比信息获得，x2统计，和相互的信息方法好；有仅仅一个中央处理器的介绍方法的消费时间低于这三个方法的，但是介绍方法在使用平行策略以后是优异的。

简介：Thispaperaddressestheproblemofselectingarouteforeverypairofcommunicatingnodesinavirtualcircuitdatanetworkinordertominimizetheaveragedelayencounteredbymessages.TheproblemwaspreviouslymodeledasanetworkofM/M/1queues.Ageneticalgorithmtosolvethisproblemispresented.Extensivecomputationalresultsacrossavarietyofnetworksarereported.Theseresultsindicatethatthepresentedsolutionprocedureoutperformstheothermethodsintheliteratureandiseffectiveforawiderangeoftrafficloads.

简介：Thisletterproposestwoalgorithms:anovelQuantumGeneticAlgorithm(QGA)basedontheimprovementofHan'sGeneticQuantumAlgorithm(GQA)andanewBlindSourceSeparation(BSS)methodbasedonQGAandIndependentComponentAnalysis(ICA).ThesimulationresultshowsthattheefficiencyofthenewBSSmethodisobviouslyhigherthanthatoftheConventionalGeneticAlgorithm(CGA).

简介：这份报纸为3D模型的易碎的watermarking描述一个新奇算法。易碎的水--标记与变化的地点一起要求3D模型的甚至极小的故意的变化的察觉。自从在模型的所有顶点插入水位标的随机的数量将通常介绍可察觉的失真，这提出挑战。建议算法由使用基因算法在模型修改每个顶点地点以便没有可察觉的失真克服这挑战。各种各样的试验性的结果被用来认为基因算法设计参数的选择正当。试验性的结果也显示建议算法罐头精确地检测任何网孔修正的地点。

简介：Animprovedgeneticalgorithmforsearchingoptimalparametersinn-dimensionalspaceispresented,whichencodesmovementdirectionanddistanceandsearchesfromcoarsetoprecise.Thealgorithmcanrealizeglobaloptimizationandimprovethesearchefficiency,andcanbeappliedeffectivelyinindustrialoptimization,dataminingandpatternrecognition.

简介：Agenetic-optimizationframeworkbasedonthepartialcooperationcommunicationprotocolisproposedforscalablevideocoding(SVC)streamtransmissionundermulti-relayamplifyandforwardcooperativenetworks.Unliketraditionalcooperativetransmissionschemes,thetransmissionmodeforeachcodedunitinthisnewprotocolcanbeswitchedflexiblybetweendirecttransmissionandcooperativetransmission.Obviously,underthisprotocol,thebandwidthefficiencyandtransmissionrobustnesscanbebalancedadaptivelyaccordingtotheprioritylevelofcodedunitsandwirelesschannelfadingcharacteristics.Basedonthis,awell-knowngeneticoptimizationalgorithm-differentialevolutionisexploitedheretofindthejointlyoptimaltransmissionmodes,powerallocationandunequalerrorprotection(UEP)channelcodingstrategiestominimizetheendtoendreconstructedvideodistortion.Extensivesimulationresultsshowthat,comparedwithclassicaloptimalcooperativeUEPtransmissionschemes,theproposedoptimizedtransmissionframeworkbasedonthepartialcooperativeprotocolcanbringsignificantpeak-signal-to-noise-ratio(PSNR)gainsforthereconstructedvideoinavarietyofchannelbandwidth,powerbudgetandtestsequences.

简介：Code-DivisionMultiple-Access(CDMA)systemsareinterferencelimited,andthereforeefficientinterferencemanagementisnecessarytoenhancetheperformanceofaCDMAsystem.Inthispaper,asuccessivebeamforming(spatialfiltering),lineardecorrelatingMultiUserDetection(MUD,temporalfiltering)anddiversityreceptionstructureforuplinkmulticarrierDirectSequenceCDMA(DS-CDMA)systemwithantennaarrayareproposed.Bybeamforming,theantennaarraysuppressesinterferenceaccordingtothedistinctarraysignature.Subsequently,lineardecorrelatingMUDisap-pliedtoseparatethesignalsofdifferentusersandeliminateMultipleAccessInterference(MAI).Finally,thedecorrelatedsignalsatdifferentsubcarriersthatbelongtothesameuserarecombinedtoachievefrequencydiversity.SimulationresultsshowthattheproposedstructureofferssignificantBitErrorRate(BER)performanceimprovementbysuccessivelyexploitingthespace-time-frequencyprocessing.

简介：Theperformanceofdeeplearning(DL)networkshasbeenincreasedbyelaboratingthenetworkstructures.However,theDLnetowrkshavemanyparameters,whichhavealotofinfluenceontheperformanceofthenetwork.Weproposeageneticalgorithm(GA)baseddeepbeliefneuralnetwork(DBNN)methodforrobotobjectrecognitionandgraspingpurpose.ThismethodoptimizestheparametersoftheDBNNmethod,suchasthenumberofhiddenunits,thenumberofepochs,andthelearningrates,whichwouldreducetheerrorrateandthenetworktrainingtimeofobjectrecognition.Afterrecognizingobjects,therobotperformsthepick-andplaceoperations.Webuildadatabaseofsixobjectsforexperimentalpurpose.Experimentalresultsdemonstratethatourmethodoutperformsontheoptimizedrobotobjectrecognitionandgraspingtasks.

简介：Itissignificanttocombinemultipletasksintoanoptimalworkpackageindecision-makingofaircraftmaintenancetoreducecost,soacostratemodelofcombinatorialmaintenanceisanurgentneed.However,theoptimalcombinationundervariousconstraintsnotonlyinvolvesnumericalcalculationsbutalsoisanNP-hardcombinatorialproblem.Tosolvetheproblem,anadaptivegeneticalgorithmbasedonclustersearch,whichisdividedintotwophases,isputforward.Inthefirstphase,accordingtothedensity,allindividualscanbehomogeneouslyscatteredoverthewholesolutionspacethroughcrossoverandmutationandbetterindividualsarecollectedascandidateclustercentres.Inthesecondphase,thesearchisconfinedtotheneighbourhoodofsomeselectedpossiblesolutionstoaccuratelysolvewithclusterradiusdecreasingslowly,meanwhileallclusterscontinuouslymovetobetterregionsuntilallthepeaksinthequestionspaceissearched.Thisalgorithmcanefficientlysolvethecombinationproblem.Takingtheoptimizationondecision-makingofaircraftmaintenancebythealgorithmforanexample,maintenancewhichcombinesmultiplepartsortaskscansignificantlyenhanceeconomicbenefitwhenthehaltcostisratherhigh.

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简介：一个修改基因算法(GA)被建议了，它在察觉到系统的伪静电干扰纤维栅栏习惯于波长解调。GA的修正方法被介绍了，相关数学模型被建立了。客观功能和与GA互连的单个健康评估策略也被建立。GA上的人口尺寸，染色体尺寸，代，转线路概率和变化概率的影响被分析了，并且修改GA的最佳的参数被获得了。模拟和实验，修改GA能被用于察觉到系统的伪静电干扰纤维栅栏的表演，和精确是的波长解调平等者到或不到3下午。CLC数字TN253

简介：Aimingtoreducethecomputationalcostsandconvergetoglobaloptimum,anovelmethodisproposedtosolvetheoptimizationofacostfunctionintheestimationofdirectionofarrival(DOA).Inthismethod,ageneticalgorithm(GA)andfuzzydiscreteparticleswarmoptimization(FDPSO)areappliedtooptimizethedirectionofarrivalandpowerparametersofthemodesimultaneously.Firstly,theGAalgorithmisappliedtomakethesolutionfallintotheglobalsearching.Secondly,theFDPSOmethodisutilizedtonarrowdownthesearchfield.InFDPSO,achaoticfactorandacrossovermethodareaddedtospeeduptheconvergence.Thisapproachhasbeendemonstratedthroughsomecomputationalsimulations.ItisshownthattheproposedalgorithmcanestimateboththeDOAandthepowersaccurately.Itismoreefficientthansomepresentmethods,suchastheNewton-likealgorithm,Akaikeinformationcritical(AIC),particleswarmoptimization(PSO),andgeneticalgorithmwithparticleswarmoptimization(GA-PSO).