近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
A.期刊论文(SCI)(*通讯作者):
[1]Kai Pang,Xian Song,Zhen Xu*,Xiaoting Liu,Yingjun Liu*,Liang Zhong,Yuxin Peng*,Jianxiang Wang,Jingzhi Zhou,Fanxu Meng,Jian Wang,Chao Gao*.Hydroplastic foaming of graphene aerogels and artificially intelligent tactile sensors.Science Advances.2020,6(46):eabd4045.(《Science》子刊,IF:13.116)
[2]Yuxin Peng,Jingzhi Zhou,Xian Song,Kai Pang,Akram Samy,Zengming Hao,Jian Wang.A flexible pressure sensor with ink printed porous graphene for continuous cardiovascular status monitoring.Sensors.21(2):485,2021.
[3]Yuxin Peng,Xian Song,Kai Pang,Qiang Yang,Zhen Xu,Mingming Zhang.A flexible and stretchable bending sensor based on hydrazine-reduced porous graphene for human motion monitoring.IEEE Sensors Journal.2020,20(21):12661-12670.
[4]Jianxiang Wang,Yuxi Chen,Yuxin Peng*,Xian Song,Yangkun Zhang,Mingming Zhang.Waveform optimization of a two-axis smooth impact drive mechanism actuator.Journal of Intelligent Material Systems and Structures.2021,32(2):156-168.
[5]Xian Song,Hongqiang Wang,Yangkun Zhang,Wenming Liu,Li Liu*,Yuxin Peng*.A miniaturized dual-slider linear actuator using electrostatic adhesion and inertia drive.Actuators.2020,9(4):114.
[6]Bingcheng Hu,Tian Ding*,Yuxin Peng*,Li Liu,Xu Wen.Flexible and attachable inertial measurement unit(IMU)-based motion capture instrumentation for the characterization of hand kinematics:a pilot study.Instrumentation Science&Technology.DOI:10.1080/10739149.2020.1789657.
[7]Jianxiang Wang,Yuxi Chen,Yuxin Peng*,Yangkun Zhang,Mingming Zhang,Xiaoqing Tian.A linear actuator with an SMA clamping mechanism for dual-slider positioning.Microsystem Technologies.2020,26(12):3885-3891.
[8]Xian Song,Yuxin Peng*,Bingcheng Hu,Wenming Liu.Characterization of the fine hand movement in badminton by a smart glove.Instrumentation Science&Technology.2020,48(4):443-458.
[9]Peisong Xia,Tian Ding,Yuxin Peng*,Qiang Yang,Jianhua Li.A multi-information data glove for hand function evaluation of stroke patients.Investigacion Clinica.2020,61(1):328-338.
[10]Yujie Hou,Yangkun Zhang,Mingming Zhang,Haoyong Yu,Yuxin Peng*.Modeling and experimental verification of a dual-slider piezo-actuated linear motor.Instruments and Experimental Techniques.2019,62(6):876-880.
[11]Liang Zhong,Feifei Li,Yuxin Peng*,Qiang Yang,Mingming Zhang,Jian Wang.Design and characterization of a T-shaped two-axis force sensor.Sensor Review.2019,39(6):776-782.
[12]Yuxin Peng,Li Liu,Yangkun Zhang,Jie Cao,Yang Cheng,Jian WaSng.A smooth impact drive mechanism actuation method for flapping wing mechanism of bio-inspired micro air vehicles.Microsystem Technologies.2018,24(2):935-941.
[13]Yuxin Peng,Huiying Wang,Shu Wang,Jian Wang,Jie Cao,Haoyong Yu.Design and experimental validation of a linear piezoelectric micromotor for dual-slider positioning.Microsystem Technologies.2017,23(7):2363-2370.
[14]Yuxin Peng,Jie Cao,Li Liu,Haoyong Yu.A piezo-driven flapping wing mechanism for micro air vehicles.Microsystem Technologies.2017,23(4):967-973.
[15]Yuxin Peng,Jie Cao,Zhao Guo,Haoyong Yu.A linear actuator for precision positioning of dual objects.Smart Materials and Structures.2015,24:125039.
[16]Yuxin Peng,Yulong Peng,Xiaoyi Gu,Jian Wang,Haoyong Yu.A review of long range piezoelectric motors using frequency leveraged method.Sensors and Actuators A:Physical.2015,235:240-255.
[17]Yuxin Peng,So Ito,Yuki Shimizu,Toyohiro Azuma,Wei Gao,Eiji Niwa.A Cr-N thin film displacement sensor for precision positioning of micro stages.Sensors and Actuators A:Physical.2014,211:89-97.
[18]Yuxin Peng,So Ito,Yasumasa Sakurai,Yuki Shimizu,Wei Gao.Construction and verification of a linear-rotary micro-stage with a millimeter-scale range.International Journal of Precision Engineering and Manufacturing.2013,14(9):1623-1628.
[19]Yuxin Peng,Shilong Wang,Jie Zhou,Song Lei.Structural design,numerical simulation and control system of a machine tool for stranded wire helical springs.Journal of Manufacturing Systems.2012,31:34-41.
[20]Zhong Bin,Jinghui Cao,Kaiqi Guo,Andrew McDaid,Yuxin Peng,Qing Miao,ShengQ Xie,Mingming Zhang.Fuzzy logic compliance adaptation for an assist-as-needed controller on the Gait Rehabilitation Exoskeleton(GAREX).Robotics and Autonomous Systems.2020,133:103642.
[21]Yangkun Zhang,Yuxin Peng,Yang Cheng,Haoyong Yu.A novel piezo-actuated flapping mechanism based on inertia drive.Journal of Intelligent Material Systems and Structures.2020,31(15):1782-1792.
[22]Qing Miao,Yuxin Peng,Li Liu,Andrew McDaid,Mingming Zhang.Subject-specific compliance control of an upper-limb bilateral robotic system.Robotics and Autonomous Systems.2020,126:103478.
[23]Qing Miao,Mingming Zhang,Andrew McDaid,Yuxin Peng,Sheng Xie.A robot-assisted bilateral upper limb training strategy with subject-specific workspace:A pilot study.Robotics and Autonomous Systems.2020,124:103334.
[24]Yangkun Zhang,Meilin Wang,Yang Cheng,Dongdong Zheng,Yuxin Peng.A stick-slip/inchworm hybrid rotary piezo motor based on a symmetric triangular driving mechanism.Applied Physics Letters.2019,115(13):131904.
[25]Mingming Zhang,Andrew McDaid,Allan Joshua Veale,Yuxin Peng,Sheng Quan Xie.Adaptive trajectory tracking control of a parallel ankle rehabilitation robot with joint-space force distribution.IEEE Access.2019,7:85812-85820.
[26]Yangkun Zhang,Meilin Wang,Yimin Fan,Tien-Fu Lu,Yang Cheng,Yuxin Peng.Improving load capacity of stick-slip actuators in both driving directions via a shared driving foot.Smart Materials and Structures.2019,28:065004.
[27]Yankun Zhang,Yuxin Peng,Zhenxing Sun,Haoyong Yu.A novel stick-slip piezoelectric actuator based on a triangular compliant driving mechanism.IEEE Transactions on Industrial Electronics.2019,66(7):5374-5382.
[28]Li Liu,Shu Wang,Guoxin Su,Bin Hu,Yuxin Peng,Qingyu Xiong,Junhao Wen.A framework of mining semantic-based probabilistic event relations for complex activity recognition.Information Sciences.2017,418-419:13-33.
[29]Jie Cao,Yang Cheng,Peng Wang,Kaiyu Zhang,Yuqing Xiao,Kun Li,Yuxin Peng,Qun Hao.Autofocusing imaging system based on laser ranging and a retina-like sample.Applied Optics.2017,56(22):6222-6229.
[30]Jie Cao,Yang Cheng,Qun Hao,Fanghua Zhang,Kaiyu Zhang,Xiao Li,Kun Li,Yuxin Peng.Improving the performance of time-domain pulsed echo laser profile using tunable lens.Optics Express.2017,25(7):7970-7983.
[31]Li Liu,Shu Wang,Yuxin Peng,Zigang Huang,Ming Liu.Mining intricate temporal rules for recognizing complex activities of daily living under uncertainty.Pattern Recognition.2016,60:1015-1028.
[32]Jie Cao,Yang Cheng,Peng Wang,Yuxin Peng,Kaiyu Zhang,Leina Wu,Wenze Xia,Haoyong Yu.Method based on bioinspired sample improves autofocusing performances.Optical Engineering.2016,55(10):103103.
[33]Jie Cao,Qun Hao,Yang Cheng,Fanghua Zhang,Yuxin Peng,Haoyong Yu.Modelling and simulations on retina-like sensors based on curved surface.Applied Optics.2016,55:5738-5744.
[34]Li Liu,Yuxin Peng,Ming Liu,Zigang Huang.Complex activity recognition using time series pattern dictionary learned from ubiquitous sensors.Information Sciences.2016,340-341:41-57.
[35]Jie Cao,Qun Hao,Yuxin Peng,Yang Cheng,Jiaxing Mu,Peng Wang,Haoyong Yu.Modeling and simulations of three-dimensional laser imaging based on space-variant structure.Optics and Laser Technology.2016,78:62-70.
[36]Jie Cao,Qun Hao,Yang Cheng,Yuxin Peng,Kaiyu Zhang,Jiaxing Mu,Peng Wang.Differential time domain method improves performance of pulsed laser ranging and three-dimensional imaging.Applied Optics.2016,55:360-367.
[37]Jie Cao,Qun Hao,Wenze Xia,Yuxin Peng,Yang Cheng.Design and realization of retina-like three-dimensional imaging based on MOEMS mirror.Optics and Lasers in Engineering.2016,82:1-13.
[38]Li Liu,Yuxin Peng,Ming Liu,Zigang Huang.Sensor-based human activity recognition system with a multilayered model using time series shapelets.Knowledge-Based Systems.2015,90:138-152.
[39]Yangkun Zhang,Tien-Fu Lu,Yuxin Peng.Three-port equivalent circuit of multi-layer piezoelectric stack.Sensors and Actuators A:Physical.2015,236:92-97.
[40]Yuki Shimizu,Yuxin Peng,Junji Kaneko,Toyohiro Azuma,So Ito,Wei Gao,Tien-Fu Lu.Design and construction of the motion mechanism of an XY micro-stage for precision positioning.Sensors and Actuators A:Physical.2013,201:395-406.
B.期刊论文(EI):
[1]Yuxin Peng,Jun Kaneko,Yoshikazu Arai,Yuki Shimizu,Wei Gao,Koichi Okamoto,Miho Chiba,Shuji Aisawa.A linear micro-stage with a long stroke for precision positioning of micro-objects.Nanotechnology and Precision Engineering.2011,9(3):221-227.(EI)
[2]Yuxin Peng,Yasumasa Sakurai,Yoshikazu Arai,Yuki Shimizu,Wei Gao.Design of a linear-rotary micro-stage.Proc.of SPIE.2011,8321.832121:1-7.(EI)
[3]Yuxin Peng,So Ito,Yuki Shimizu and Wei Gao.A micro-stage for linear-rotary positioning.Key Engineering Materials.2012,523-524:650-655.(EI)
[4]Toyohiro Azuma,Eiji Niwa,Yuxin Peng,Junji Kaneko,Yuki Shimizu,So Ito,Wei Gao.Cr-N strain-gauge-type precision displacement sensor for measuring positions of micro stage.Key Engineering Materials.2012,523-524:939-944.(EI)
C.会议论文:
[1]Yuxin Peng,Yuki Shimizu,Wei Gao.A micro actuator for linear-rotary two-axis positioning.JSPE Tohoku Branch Conference.21 October,2011,Sendai,Japan.
[2]Yuxin Peng,Yuki Shimizu,So Ito,Wei Gao.Modeling and analysis of an XY micro-stage for precision positioning.JSPE Tohoku Branch Conference.1 December,2012,Yonezawa,Japan.
[3]Yuxin Peng,Yuki Shimizu,So Ito,Wei Gao.Design and experimental validation of an XY micro-stage.The 47th JSME Tohoku Branch Conference.13 March,2012,Sendai,Japan.
[4]Yuxin Peng,Toyohiro Azuma,Eiji Niwa,Junji Kaneko,Yuki Shimizu,So Ito and Wei Gao.Development of Cr-N strain-gauge-type displacement sensor for positioning of micro-XY stage.Proc.of 7th LEM21,7 November,2013,Matsushima,Japan.
[5]Yuxin Peng,Haoyong Yu.Design and experimental validation of a piezo-driven MAV flapping wing mechanism.11th IEEE International Conference on Nano/Micro Engineered and Molecular Systems(IEEE NEMS),17-20 April,2016,Matsushima Bay and Sendai,Japan.
[6]Yuxin Peng,Jie Cao,Li Liu,Jian Wang,Haoyong Yu.Design and optimization of a piezo-actuated flapping wing mechanism for micro air vehicles.ACTUATOR 2016,15th International Conference on New Actuators,13-15 June,2016,Bremen,Germany.
[7]金子純史,彭玉鑫,東豊大,高偉,丹羽英二,相澤周二.長ストロークXYマイクロステージに関する研究:マイクロステージの設計と試作.2011年度精密工学会春季大会学術講演会講演論文集,2011,日本,东京.
[8]東豊大,彭玉鑫,清水裕樹,伊東聡,高偉,丹羽英二.マイクロステージ用変位センサに関する研究-測定の高分解能化.2012年精密工学会東北支部学術講演会講演論文集,2012.12,日本,米沢市.
[9]東豊大,丹羽英二,彭玉鑫,清水裕樹,伊東聡,高偉.マイクロステージ用変位センサに関する研究.日本機械学会東北支部第47期総会・講演会講演論文集,2012.3,日本,仙台市.
[10]Li Liu,Zigang Huang,Yuxin Peng,Ming Liu.A hierarchical pachinko allocation model for social sentiment mining.The 8th International Conference on Knowledge Science,Engineering and Management(KSEM 2015).28-30 October,2015,Chongqing,China.(EI)
[11]Xiaoyi Gu,Zhao Guo,Yuxin Peng,Haoyong Yu,Gong Chen.Effects of compliant and flexible trunks on peak-power of a lizard-inspired robot.2015 IEEE Conference on Robotics and Biomimetics.6-9 December,2015,Zhuhai,China.(EI)
[12]Jie Cao,Yang Cheng,Yuxin Peng,Peng Wang,Jiaxing Mu,Hanglin Cheng,Haoyong Yu.Three-dimensional pulsed laser imaging based on retina-like structure.Asia Communications and Photonics Conference(ACP),19-23 November,2015,Hong Kong.(EI)
[13]彭玉鑫.运动人体科学与智能感知技术.中国工业与应用数学学会第十七届年会(CSIAM 2019),19-22 October,2019,Foshan,China.
[14]宋宪,王健翔,彭玉鑫.基于时空图卷积网络的人体运动状态识别研究.第十一届全国体育科学大会,1-3 November,2019,Nanjing,China.
[15]仲亮,周静芝,彭玉鑫.基于智能数据指环与虚拟现实的手功能康复系统研究.第十一届全国体育科学大会,1-3 November,2019,Nanjing,China.
[16]彭玉鑫,宋宪,王健翔.基于双目视觉与卷积神经网络的手功能活动损伤评估.2019中国生物医学工程大会,14-16 November,2019,Jinan,China.
[17]Xiangying Zhang,Hongling Ye,Tao Peng,Yuxin Peng,Renzhong Tang,Xingwei Xiang.A smart user authentication approach using sensing seat.IEEE 16th International Conference on Automation Science and Engineering(CASE 2020).20-24 August,2020,Hong Kong.
D.中文论文:
[1]周静芝,彭玉鑫,郑芳,温煦,王健.智能体育发展研究.浙江体育科学.2020,42(1):25-31.
[2]华安珂,冯金升,孟濬,彭玉鑫,王健.站姿稳定性与多感觉整合控制研究进展.航天医学与医学工程.2019,32(2):183-188.
[3]夏培淞,李建华,仲亮,陈寅格,彭玉鑫.数据手套在手外伤患者评估中的应用初探.中华物理医学与康复杂志.2018,40(12):919-922.
[4]田晓庆,潘玉鹏,张盾,彭玉鑫.G7能源分析及其对高校相关专业的启示.教育教学论坛.2018,43:103-105.
[5]王时龙,田志锋,彭玉鑫,周杰,康玲.多股簧数控机床设计及其张力控制系统的研究.制造技术与机床.2010,9:62-65.
[6]周杰,邹政,王时龙,程建宏,彭玉鑫.基于多股簧数控加工机床的多通道张力动态监控系统的研发.组合机床与自动化加工技术.2009,12:54-57.
[7]周杰,彭玉鑫,王时龙,程建宏,邹政.多股螺旋弹簧数控机床结构设计及控制系统改进.组合机床与自动化加工技术.2009,10:71-78.
[8]程建宏,王时龙,周杰,邹政,彭玉鑫.多股簧数控机床张力控制器动态响应特性的研究.2009,6:145-147.
[9]王健翔,宋宪,仲亮,彭玉鑫.基于摩擦式冲击驱动原理的压电驱动器运动分析.冶金自动化.2020,44:285-288.
[10]宋宪,仲亮,周静芝,彭玉鑫.基于光学动作采集系统的运动疲劳监测.冶金自动化.2020,44:289-291.
[11]杨毅,彭玉鑫,郝增明,刘宇,王新,王健.复杂人体运动冗余控制的肌肉协同理论研究进展与展望.体育科学.(已录用)