简介：在日常生活，人们经常在某些时期重复常规线路。在这篇论文，一个采矿系统被开发经过旅行发现个人的连续线路模式。数个人动人的地位的差异的无异状，采矿系统采用记录的适应GPS数据，五个数据过滤保证clean使数据犯错。采矿系统使用客户机/服务器体系结构保护个人隐私并且减少计算负担。服务者进行主要采矿过程，但是与到recover的不够的信息，真实个人发送。改进顺序的模式采矿的可伸缩性的无异状，一个新奇模式采矿算法，连续线路模式采矿(CRPM)，被建议。这个算法能容忍在真实线路和摘录的不同骚乱经常的模式。基于九个人的旅行表演，那CRPM能更长多于twotimes提取的试验性的结果比传统的线路模式采矿算法发送模式。

简介：Fromtheviewpointsofenvironmentalprotection,supportfortheagedandensuringtherighttomobility,thereisaneedtodevelopanewtypeofmobilityvehiclethatprovidesmoreeffectivetransportation.Theauthorsproposeaninvertedpendulumvehiclewithpedalsasoneoftheformsofpersonalmobilityvehicles(PMVs).Inthispaper,thesteeringperformanceoftheinvertedpendulumvehiclewithpedalsisdiscussedbasedonexperimentsonaprototype.Fromtheexperimentalresults,itwasconfirmedthattheerrorsfromthefivesubjectsforthetargettrajectoryandthefive-gradeevaluationofthemaneuverabilityweresimilar.Finally,wecreatedaninvertedpendulumvehiclewithpedalstowhichwasaddedareactionactuatorforthesteeringsystem.Fromtheexperimentalresults,itwasfoundthatsettingappropriatefeedbackgainsforthehandlesteeringangleanditsrateofrotation,whichcontroltherightandleftwheeldrivingtorques,resultedingreatlyimprovedmaneuverability.

简介：Thispaperpresentsawaytomeasurethetruetemperatureoftheelectronicdeviceswithoutdisturbingtheirnormaloperatingconditions,whichinvolvedwithestimatingtargetemissivity,backgroundtemperaturecorrectlyandchoosinginfraredtransparentmaterialanditstransmissionestimation.Thetemperaturedistributionsofthemainboardinpersonalcomputerweremeasuredbythemethodpresentedherewithinfraredthermographyinseveraldifferentrunningconditions.Themeasurementerrorsandtheirpossibleremediesarealsodiscussed.

简介：AbstractIreflectuponthedevelopmentofnonlineartimeseriesanalysissince1990byfocusingonfivemajorareasofdevelopment.Theseareasincludetheinterfacebetweennonlineartimeseriesanalysisandchaos,thenonparametric/semiparametricapproach,nonlinearstatespacemodelling,financialtimeseriesandnonlinearmodellingofpanelsoftimeseries.

简介：Sulfide-containingwastestreamsaregeneratedbyanumberofindustries.Itisemittedintotheenvironmentasdis-solvedsulfide(S2-andHS-)inwastewatersandasH2Sinwastegases.Duetoitscorrosivenature,biologicalhydrogensulfideremovalprocessesarebeinginvestigatedtoovercomethechemicalanddisposalcostsassociatedwithexistingchemicallybasedremovalprocesses.Thenitrogenandsulfurmetabolisminteractsatvariouslevelsofthewastewatertreatmentprocess.Hence,thesulfurcycleofferspossibilitiestointegratenitrogenremovalinthetreatmentprocess,whichneedstobefurtheroptimizedbyappropriatedesignofthereactorconfiguration,optimizationofperformanceparameters,retentionofbiomassandoptimizationofbiomassgrowth.Thepresentpaperreviewsthebiotechnologicaladvancestoremovesulfidesfromvariousenvironments.

简介：Asanoveladvancedoxidationprocess(AOP),electro-Fentonprocessispowerfulfordegradingmostorganiccompoundsincludingtoxicandnon-biodegradableones,andsohasattractedgreatattention.Thispaperreviewsthisprocessindetailincludingthemechanism,electrolyticbath,electrodematerials,aerationsandoperationparameters.Theapplicationofelectro-Fentonmethodinwastewatertreatmentisevaluatedandsummarized.Futureworkinthisfieldissuggested,andthreemaindirectionsofnewelectrodeexploitation,developmentofassistedtechnologiesandmechanisticstudyshouldbestrengthened.