简介：

简介：读故事，制造声音，并帮Zog解决怪物谜团。

简介：

简介：

简介：

简介：为了在焊接缺点有效地减少噪音，想象并且保存琐事信息，基于nonsubsampledcontourlet变换(NSCT)焊接缺点图象的一个噪音减小方法和各向异性的散开被建议。第一，焊接缺点图象的X光检查被NSCT分解。然后全部的变化(电视)模型和Catte_PM模型分别地被用于获得的低通行证的部件和通带部件。最后，降噪的图象被反的NSCT综合。试验性的结果显示出那，与有电视散开和适应对比散开的小浪阀值收缩的混合方法相比，建议方法在主观视觉效果的方面有大改进，山峰signal-to-noise比率(PSNR)和吝啬平方的错误(MSE)。噪音更有效地被压制，琐事信息在图象更好被保存。

简介：A0.18lmCMOSlownoiseamplifier(LNA)byutilizingnoise-cancelingtechniquewasdesignedandimplementedinthispaper.Current-reuseandself-biastechniqueswereusedinthefirststagetoachieveinputmatchingandreducepowerconsumption.ThecoresizeoftheproposedCMOSLNAcircuitwithoutinductorwasonly128lm9226lm.ThemeasuredpowergainandnoisefigureoftheproposedLNAwere20.6and1.9dB,respectively.The3-dBbandwidthcoversfrequencyfrom0.1to1.2GHz.Whenthechipwasoperatedatasupplyvoltageof1.8V,itconsumed25.69mW.ThehighperformanceoftheproposedLNAmakesitsuitableformultistandardlow-costreceiverfront-endswithintheabovefrequencyrange.

简介：到在CMOSimage传感器(顺式)中消除固定模式噪音(FPN)的一个双采样电路被介绍。两倍采样被列开关电容器放大器直接实现。并且偏移量赔偿被加到放大器压制列FPN。放大器在64x64顺式被嵌入并且成功地制作了与特许0。35μm过程。Theoryanalysis和电路模拟显示FPN能从毫伏特被压制到微伏。测试结果证明FPN比8小点模数转换器的一最少重要的位小。FPN被归结为可接受的水平，两倍采样技术与开关电容器放大器实现了。

简介：<正>Background:Stochasticresonancestimulation(SRS)transmitssubsensoryelectricalGaussianwhitenoiseintothebodytoenhancesensorimotorfunction.Thistherapyhasimprovedstaticsinglelegbalanceinsubjectswithfunctionalankleinstability.However,theeffectofthisstimulationondynamicsinglelegbalanceisnotknown.ImprovementsindynamicsinglelegbalancewithSRSmayhaveimplicationsForenhancingfunctionalrehabilitationforankleinstability.Thus,thepurposeofthisstudywastodeterminetheeffectsofSRSondynamicsinglelegbalanceinsubjectswithfunctionalankleinstability.Methods:Thisstudywasanexperimentalresearchdesignanddatawerecollectedinasportsmedicineresearchlaboratory.Twelvesubjectswithfunctionalankleinstability(69±15kg;173±10cm;21±2years)reportedahistoryofanklesprainsandinstabilityattheanklewithphysicalactivity.Asinglelegjump-landingtestwasusedtoassessdynamicbalance.Subjectswererequiredtojumpbetween50%and55%ofthemaximalverticaljumpheight,landonasinglelegatopaforceplate,andstabilizeasquicklyaspossible.Jump-landingtestswereperformedwithandwithoutSRS.Threetrialswereperformedforeachtreatmentcondition(SRSandcontrol).Arandomizedblockdesignwasusedtodeterminetestorder.Anterior/posteriorandmedial/lateraltime-to-stabilizationwerecomputedtoassessdynamicbalance.Lessertimeindicatedbetterstability.One-tailedpairedsamplesttestswereusedforanalysis(α≤0.05).Results:SRSimprovedanterior/posteriortime-to-stabilization(stochasticresonance=1.32±0.31s,control=1.74±0.80s,p=0.03),butdidnotenhancemedial/lateraltime-to-stabilization(stochasticresonance=1.95±0.40s,control=1.92±0.48s,p=0.07).Conclusion:CliniciansmightuseSRStofacilitatebalanceimprovementswithsagittalplanedynamicsinglelegbalanceexercisesthatpatientsmaynotbeabletoperformotherwise.