简介:Theoptimalfusionsolutionwithfeedbackinformationforahybridmultisensordatafusionsystemispresented.Inthissystem,apartofsensorsprocesstheirdatalocallytoproducelocaltracks,andanotherpartofsensorsonlyprovidedetectionreportsThesetracksanddetectionreportsarecommunicatedtoacentralsitewheretrackfusionandcompositefilteringareperformed.Thecomparativeresultsonthesimulationssuggestthefeedbackinformationfromthecentercangreatlyimprovethetrackingperformanceofthelocalnode.
简介:AnewpolymercompositethinfilmDMACB/PEK-cisreported.Afterpolingofthefilm,therefractiveindicesntandnn,thatisthein-film-planeandthenormal-to-film-planerefractiveindicesat633nmandthethicknessdweredeterminedusingthequasi-waveguidem-linemethod.Theresultsofmeasurementandcalculationare:nt=1.6573±0.0017,nn=1.6278±0.0019,andd=1.4278±0.0031μm.
简介:Thepaperpresentsacompletecompositegateturn-offthyristor(GTO)model,whichisbasedonthecombinationofthep-n-pandn-p-ntransistormodels.PSpicesimulationsandparametricsensitiveanalysisareperformedwiththecompletecompositemodelandcalculatedresultsaregiven,whichshowthatitcorrespondsstaticallyanddynamicallywiththepracticaldevice.Inparticular,theGTOgatedynamicalcharacteristicsinpracticalcircuitsarediscussedandexperimentalresultsareincluded.
简介:在这篇文章,合成关节在把负担弄弯下面被调查。L预先形成是关于合成联合失败的批评部件。学习在在弯曲下面的合成联合结构装载使用纤维布拉格的碳纤维的失败察觉被介绍栅栏(FBG)传感器。第一,基于一般有限元素方法(女性)软件,3-D合成关节的有限元素(FE)模型被建立,并且失败进程和合成关节的每薄板失败负担被最大的压力标准调查。然后,沿着FBG的长度的紧张分布被提取,并且FBG的思考系列根据紧张分发是计算的。最后,验证数字结果,一个测试计划被执行,FBG的试验性的系列被记录。试验性的结果显示失败定序并且相应批评大量失败与数字预言一致,并且失败负担的计算错误是不到6.4%。而且,它也验证损坏察觉系统的可行性。
简介:Theliquidcrystalcompositematerialsconsistofmicrodroplersofliquidcrystalswhicharespontaneouslyformedinamatrixofapolymeratthetimeofitspolymerization.Thedirectorconfigurationinliquidcrystaldroplets.themodeloforientationofdroplets,andthecontrastratiosofacellareinvestigated.Dropletsize,spacinganddistributionarereadilycontrolledinthesematerialstoallowoptimizationofdisplaysbaseduponelectricallycontrolledlightscatteringfromtheliquidcrystaldroplets.Preliminaryexperimentalandtheoreticalstudiesofthelightscatteringandelectro-opticresponseofnewmaterialshowthatthesematerialscanoffernewfeaturessuitableforlargeareadisplaysandlightvalves.
简介:Theimpactanglecontroloverguidance(IACG)lawagainststationarytargetsisproposedbyusingfeedbacklinearizationcontrol(FLC)andfinitetimecontrol(FTC).First,thispapertransformsthekinematicsequationofguidancesystemsintothefeedbackablelinearizationmodel,inwhichtheguidancelawisobtainedwithoutconsideringtheimpactangleviaFLC.Forthepurposeofthelineofsight(LOS)angleanditsrateconvergingtothedesiredvalues,thesecond-orderLOSangleisconsideredasadouble-integralsystem.Then,thispaperutilizesFTCtodesignacontrollerwhichcanguaranteethestatesofthedouble-integralsystemconvergingtothedesiredvalues.NumericalsimulationillustratestheperformanceoftheIACG,incontrasttotheexistingguidancelaw.