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个人简介

工作经历 2004.09-2008.06学士:电子科技大学 2008.09-2011.06硕士:电子科技大学 2011.07-2015.03博士:日本国立香川大学 2015.05-2017.08讲师:武汉理工大学 2017.09-现在副教授:武汉理工大学 相关项目 【2017.01–现在】仿肌肉反射的双足机器人直立抗扰策略研究(国家基金) 双足机器人稳定直立靠统一控制的方式实现。为抵抗复杂扰动,模型被不断扩充,算法越亦复杂,导致控制器负担增大,而实际效果却不明显,研究陷入瓶颈。人体直立抗扰策略的形成不只是脑控制的结果,肌肉反射也发挥着重要作用。肌肉反射可独立于脑,控制关节自发抵抗扰动,降低脑的负担。本项目通过研究人体踝关节肌肉反射控制机制,提出一种直立抗扰策略,使机器人踝关节可自行抵抗微小外力扰动,减轻控制器负担。涉及控制理论与控制工程、检测技术与自动化装置。 【2015.05–现在】机器人关节作动器设计(横向课题) 机器人关节作动器是机器人各组件中的核心元件。本项目旨在设计一款基于串联弹性原理的机器人关节作动器,实现精准的位置及力控制,增强机器人关节性能。涉及控制理论与控制工程、检测技术与自动化装置。 【2012.06–2015.03】实时外骨骼康复系统研究(博士课题) [a]提出一种基于人体肌电信号的上肢运动识别算法。该算法仅通过上臂肌肉的肌电信号即可识别上肢伸展弯曲,前臂内转外转以及手腕前曲背曲动作。 [b]设计一种基于前臂肌电信号的手指连续伸展弯曲运动识别算法。 [c]基于已提出的上肢运动识别算法,通过建立骨骼-肌肉模型并采用优化的Hill类肌肉模型,量化了上肢肌电信号与上肢运动角度之间的关系,并提出了一种上肢连续运动识别算法。通过该算法实现了外骨骼设备的双边控制。该控制方式将运用在双边康复训练中。 [d]基于已建立的骨骼-肌肉模型,仅通过采集到的上肢肌电信号,实现了人体上肢与外部环境之间交互力的测量。 [e]结合Kinect传感器,PhantomPremium触觉设备,设计一套实时远程上肢交互力评价系统。

研究领域

机器人仿生智能控制:面向机器人与动态环境交互下的关节智能控制 检测技术与自动化装置:面向仿生应用,设计用于检测人体步态的自动化装置

近期论文

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期刊论文 庞牧野,李明闻,向馗,等.人体直立平衡过程中踝关节的反射和阻抗控制[J].华中科技大学学报:自然科学版,2017(10):49-53. 庞牧野,王金凤,傅剑,向馗.基于表面肌电的人体与环境交互力预测,华中科技大学学报(自然科学版),2015,43(s1):372-375(380).(EI) ShuxiangGuo,MuyePang,BaofengGao,HideyukiHirata,HidenoriIshihara,“ComparisonofsEMGbasedFeatureExtractionandMotionClassificationMethodsforUpper-limbMovement”,Sensors,Vol.15,pp.9022-9038,2015.(SCI) MuyePang,ShuxiangGuo,HidenoriIshihara,HideyukiHirata,“Electromyography-BasedQuantitativeRepresentationMethodforUpper-LimbElbowJointAngleinSagittalPlane”,JournalofMedicalandBiologicalEngineering(JMBE),Vol35,No.2,pp165-177,2015.(SCI) MuyePang,ShuxiangGuo,ZhibinSong,“StudyonthesEMGdrivenUpperLimbExoskeletonRehabilitationDeviceinBilateralRehabilitation”,JournalofRoboticsandMechatronics,Vol.24,No.4,pp.585-594,2012.(EI) ZhibinSong,ShuxiangGuo,MuyePang,SongyuanZhang,NanXiao,BaofengGaoandLiweiShi,“ImplementationofResistanceTrainingUsinganUpper-LimbExoskeletonRehabilitationDeviceinElbowJoint”,JournalofMedicalandBiologicalEngineering(JMBE),Vol.34,No.2,pp.188-196,2014.(SCI) 国际会议论文 MuyePang,ShuxiangGuo,SongyuanZhang,“PredictionofInteractionForceusingEMGforCharacteristicEvaluationofTouchandPushMotions”,2015IEEE/RSJInternationalConferenceonIntelligentRobotsandSystems(IROS2015),pp.2099-2104,December11,2015.(EI检索) MuyePang,ShuxiangGuo,SongyuanZhang,“Interactionforcetransferforcharacteristicevaluationoftouchmotion”,2014IEEEInternationalConferenceonMechatronicsandAutomation(ICMA2014),pp.1237-1242,2014.(EI检索) Guo,Shuxiang,Pang,Muye;Sugi,Youichirou1;Nakatsuka,Yuta.“Studyonthecomparisonofthreedifferentupperlimbmotionrecognitionmethods”,2014IEEEInternationalConferenceonInformationandAutomation,ICIA2014,p208-212,October21,2014.(EI检索) MuyePangandShuxiangGuo,“ANovelMethodforElbowJointContinuousPredictionusingEMGandMusculoskeletalModel”,Proceedingsof2013IEEEInternationalConferenceonRoboticsandBiomimetics(ROBIO2013),pp.1240-1245,Shenzhen,China,December2013.(EI检索) MuyePang,ShuxiangGuo,SongyuanZhang,“FingerJointContinuousInterpretationbasedonsEMGSignalsandMuscularModel”,Proceedingsof2013IEEEInternationalConferenceonMechatronicsandAutomation,pp.1435-1440,August4-7,Takamatsu,Japan,2013.(EI检索) MuyePang,ShuxiangGuo,ZhibinSongandSongyuanZhang,“sEMGSignalandHillmodelbasedContinuousPredictionforHandGraspingMotion”,Proceedingsof2013ICMEInternationalConferenceonComplexMedicalEngineering(ICMECME2013),pp.329-333,May.25-28,Beijing,China,2013.(EI检索) MuyePang,ShuxiangGuo,ZhibinSongandSongyuanZhang,“ASurfaceEMGSignals-basedReal-timeContinuousRecognitionfortheUpperLimbMulti-motion”,Proceedingsof2012IEEEInternationalConferenceonMechatronicsandAutomation,pp.1984-1989,August5-8,Chengdu,China,2012.(EI检索) MuyePang,HuiLi,SongsongLiandBoWang,“StudyontheSpeedControlMethodforThreeAxesHighSpeedEngravingMachinebasedonEmbeddedSystem”,Proceedingsofthe2011IEEEInternationalConferenceonMechatronicsandAutomation,pp.1611-1616,August7-10,Beijing,China,2011.(EI检索) ShuxiangGuo,ChunhuaGuo,MuyePang,“ANovelFeatureExtractionMethodforsEMGSignalsusingImageProcessing”,Proceedingsof2013IEEEInternationalConferenceonMechatronicsandAutomation,pp.1765-1770,August4-7,Takamatsu,Japan,2013.(EI检索) SongyuanZhang,ShuxiangGuo,MuyePang,“PerformanceEvaluationofaNovelMaster-slaveRehabilitationSystem”,Proceedingsof2013IEEEInternationalConferenceonMechatronicsandAutomation,pp.141-145,August4-7,Takamatsu,Japan,2013.(EI检索) ShuxiangGuo,SongyuanZhang,ZhibinSongandMuyePang,“DevelopmentofaHumanUpperLimb-likeRobotforMaster-slaveRehabilitation”,Proceedingsof2013ICMEInternationalConferenceonComplexMedicalEngineering(ICMECME2013),pp.693-696,May.25-28,Beijing,China,2013.(EI检索) ZhibinSong,ShuxiangGuo,MuyePangandSongyuanZhang,“RecognitionofMotionofHumanUpperLimbusingSEMGinRealTime:TowardsBilateralRehabilitation”,Proceedingsof2012IEEEInternationalConferenceonRoboticsandBiomimetics(ROBIO2012),pp.1404-1408,Dec.11-Dec.14,Guangzhou,China,2012.(EI检索) ZhibinSong,ShuxiangGuo,MuyePangandSongyuanZhang,“StudyonRecognitionofUpperLimbMotionPatternUsingSurfaceEMGSignalsforBilateralRehabilitation”,Proceedingsof23rd2012InternationalSymposiumonMicro-NanoMechatronicsandHumanScience,pp.425-430,Nov.4-Nov.7,Nagoya,Japan,2012.(EI检索) ZhibinSong,ShuxiangGuo,MuyePangandSongyuanZhang,“ULERD-basedActiveTrainingforUpperLimbRehabilitation”,Proceedingsof2012IEEEInternationalConferenceonMechatronicsandAutomation,pp.569-574,August5-8,Chengdu,China,2012.(EI检索) ShuxiangGuo,SongyuanZhang,ZhibinSongandMuyePang,“DesignofaMaster-slaveRehabilitationSystemusingSelf-tuningFuzzyPIController”,Proceedingsof2012IEEEInternationalConferenceonMechatronicsandAutomation,pp.2088-2092,August5-8,Chengdu,China,2012.(EI检索) ShuxiangGuo,SongyuanZhang,ZhibinSong,MuyePangandYutaNakatsuka,“PreliminaryStudyonUpperLimbMovementIdentificationbasedonsEMGSignal”,Proceedingsofthe2012ICMEInternationalConferenceonComplexMedicalEngineering,pp.683-688,July1-4,Kobe,Japan.(EI检索) SongyuanZhang,ShuxiangGuo,MuyePangandMohanQu,“TrainingModel-basedMaster-slaveRehabilitationTrainingStrategyusingthePhantomPremiumandanExoskeletonDevice,”Proceedingsofthe2014ICMEInternationalConferenceonComplexMedicalEngineering,pp.105-110,June26-29,Taiwan,2014.(EI检索)

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