Novel hidden feature extraction method for chaotic time series prediction
Lei Miao;Peng Yu;Peng Xiyuan;Automatic Test and Control Institute;Harbin Institute of Technology;

..............page:1-7

Relative bearing orthogonal distance measurement technique for shipborne optoelectronic equipment based on inertial navigation platform
Li Yan;Zhang Haibo;Zhang Qiang;Dong Yuxing;Changchun Institute of Optics;Fine Mechanics and Physics;Chinese Academy of Sciences;

..............page:8-14

A frequency estimation method based on cross information fusion for different frequency signals
Su Dan;Tu Yaqing;Shen Yanlin;Luo Jianyuan;Xiao Wei;Department of Information Engineering;Logistical Engineering University;The Third Communication Regiment;Chengdu Military Region;Information Grid Laboratory;Department of Information Engineering;Chongqing Communication College;

..............page:15-22

Uncertainty analysis for sinusoidal modulation microwave ranging system
Li Cunlong;Chen Weimin;Zhang Peng;Yan Rong;Key Laboratory of Optoelectronic Technology & Systems;Ministry of Education;Chongqing University;

..............page:23-29

Development of a reflective hypothenar pulse oximeter and its calibration in human hypoxia experiment
Guo Tao;Cao Zhengtao;Lv Shali;Shuai Wanjun;Yu Mengsun;School of Biological Science and Medical Engineering;Beihang University;Institute of Aviation Medicine of PLA;The First Affiliated Hospital;General Hospital of PLA;

..............page:30-35

Characteristic phase generated carrier technology for the single-core fiber optic sensing
Xiao Qian;Jia Bo;Wu Yuan;Bian Pang;Department of Materials Science;Fudan University;

..............page:36-42

Traffic sign detection based on Gaussian color model and SVM
Chang Faliang;Huang Cui;Liu Chengyun;Zhao Yongguo;Ma Chuanfeng;School of Control Science and Engineering;Shandong University;Shandong Provincial Key Laboratory of Robot and Manufacturing Automation Technology;Institute of Automation;Shandong Academy of Sciences;

..............page:43-49

FHT-CC-based adaptive motion vector estimation method for flow field image
Yan Xijun;Zhang Zhen;Chen Zhe;Lv Li;Wang Huibin;College of Computer and Information Engineering;Hohai University;

..............page:50-58

Grading method for non-proliferative diabetic retinopathy images based on microaneurysms and hemorrhages automatic detection
Zheng Shaohua;Pan Lin;Chen Jian;Guo Jian;Yu Lun;College of Physics and Information Engineering;Fuzhou University;Eye Center;First Affiliated Hospital;Fujian Medical University;

..............page:59-67

Method for the conversion from one energy CT images to dual-energy CT images and image quality assessment
Zhu Xianfeng;Huo Jie;Dong Yang;Yuan Zhiyong;Feng Yuanming;School of Precision Instrument and Opto-electronics Engineering;Tianjin University;Tianjin Medical University Cancer Institute & Hospital;East Carolina University;

..............page:68-73

Development of a regional wireless monitoring system for quasi-critical patients
Zhang Dawei;Chen Jiapin;Feng Jie;Li Zhenbo;Mao Enqiang;Research Institute of Micro\Nano Science and Technology;Shanghai Jiaotong University;Department of Surgical Intensive Care Unit;Ruijin Hospital;School of Medicine;Shanghai Jiao Tong University;

..............page:74-81

Method for suppressing sonar image speckle noise using an improved P-M model
Guo Haitao;Fang Jin;Wang Zeyang;College of Electronic Information Engineering;Inner Mongolia University;Electrical Engineering College;Northeast Dianli University;Power Supply Bureau of Foshan City;

..............page:82-87

Motion blur parameter estimation based on correlation coefficient analysis with reference image
Liang Min;Zhu Hong;School of Automation and Information Engineering;Xi’an University of Technology;School of Information Management;Shanxi University of Finance and Economics;

..............page:88-96

Construction of measurement matrix in compressed sensing based on balanced Gold sequence
Wang Xuewei;Cui Guangwei;Wang Lin;Jia Xiaolu;Nie Wei;College of Information Science & Technology;Beijing University of Chemical Technology;

..............page:97-102

Design of magnetostrictive high-precision time measurement system based on CPLD
Zhou Zhaihe;Wang Liqun;Shen Chao;Hu Jiajia;College of Automation Engineering;Nanjing University of Aeronautics and Astronautics;

..............page:103-108

A method variational partial differential based multi-model optical flow calculation
Xiang Xuezhi;Kai Xianglong;Zhang Lei;Qiao Yulong;Peng Yu;School of Information and Communication Engineering;Harbin Engineering University;School of Electrical Engineering and Automation;Harbin Institute of Technology;

..............page:109-116

Autocorrelation processing and multiple characteristic recognition for ferrite crack detection signal
Hou Dexing;Xu Hao;Qiu Jian;Ye Shuliang;College of Metrology & Measurement Engineering;China Jiliang University;

..............page:117-124

Spatial gas mixture concentration distribution reconstruction method based on acoustic attenuation
Liu Yan;Liu Shi;Lei Jing;State Key Laboratory of Alternate Electrical Power System with Renewable Energy Sources;North China Electric Power University;

..............page:125-131

Chaotic fishing strategy used in the sensor deployment of the burden surface in blast furnace
Miao Liangliang;Chen Xianzhong;Hou Qingwen;Bai Zhenlong;Yin Yixin;Key Laboratory of Advanced Control for Iron and Steel Process;Ministry of Education;School of Automation & Electrical Engineering;University of Science and Technology Beijing;

..............page:132-139

Fault diagnosis of broken rotor bars of inverter-fed squirrel-cage induction motor at no-load using supply-side current based on Hilbert demodulation technique
Zhu Hongyu;Hu Jingtao;Gao Lei;Huang Hao;Shenyang Institute of Automation;Chinese Academy of Sciences;University of Chinese Academy of Sciences;Key Laboratory of Networked Control System;CAS;University of Science and Technology Liaoning;

..............page:140-147

Application of adaptive multiwavelets via lifting scheme in bevel gear fault diagnosis
He Shuilong;Zi Yanyang;Wan Zhiguo;Chang Yong;He Zhengjia;Wang Xiaodong;State Key Laboratory for Manufacturing Systems Engineering;School of Mechanical Engineering;Xi’an Jiaotong University;Technology Center;CNPC Logging Co.;Ltd.;

..............page:148-153

Development of a built-in torque sensor in harmonic drive gears for robots
Pan Xin’an;Wang Hongguang;Jiang Yong;State Key Laboratory of Robotics;Shenyang Institute of Automation;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:154-161

Optimal multi-objective clustering routing protocol based on harmony search algorithm for wireless sensor networks
Li Ming;Cao Xiaoli;Hu Weijun;Chongqing Key Laboratory of Electronic Commerce & Supply Chain System;Chongqing Technology and Business University;Detection and Control of Integrated Systems Engineering Laboratory;Chongqing Technology and Business University;

..............page:162-168

Compressive sensing based on clustering network in WSNs
Zhang Jincheng;Lv Fangxu;Wang Yu;Wang Quan;Tang Yongkang;Air and Missile Defense College;Air Force Engineering University;

..............page:169-177

Wireless positioning method based on correctness judgment of received signal strength for mine locomotive
Wei Zhenchun;Lv Zengwei;Yang Cheng;Han Jianghong;Shi Lei;School of Computer and Information;Hefei University of Technology;Research Institute of Hefei University of Technology in Changzhou;

..............page:178-184

Calibration method of inner orientation parameters for mapping camera based on orthogonality of orientation matrix
Yuan Guoqin;Ding Yalin;Hui Shouwen;Li Youyi;Li Yanwei;Zhao Jiaxin;Key Laboratorg of Airborne Optical Imaging and Measurement;Changchun Institute of Optics;Fine Mechanics and Physics;Chinese Academy of Sciences;

..............page:185-190

Adaptive background suppression method based on visual receptive field
Zhang Zhen;Chen Zhe;Lv Li;Wang Xin;Xu Lizhong;College of Computer and Information Engineering;Hohai University;

..............page:191-199

Magneto-rheological vibration isolation model experimental study on discrete floating slab based on similarity theory
Li Rui;Du Pengfei;Li Yongfu;Xu Wentao;Zhang Xiong;Key Laboratory of Industrial Internet of Things & Networked Control;Ministry of Education;Chongqing University of Posts and Telecommunications;Engineering Research Center of Automotive Electronics and Embedded System;Chongqing University of Posts and Telecommunications;

..............page:200-207

Effect of probe type on corrosion inspection of tubing and casing string with pulsed eddy current
Fu Yuewen;Yu Xingxing;Key Laboratory of Nondestructive Testing;Ministry of Education;Nanchang Hangkong University;Changsha Aeronautical Vocational and Technical College;

..............page:208-217

Robust motion estimation and surface structure reconstruction based on dense optical flow
Zhang Congxuan;Chen Zhen;Li Ming;College of Automation;Nanjing University of Aeronautics and Astronautics;School of Measuring and Optical Engineering;Nanchang Hangkong University;

..............page:218-225

Geometric measurement method based on robust statistics and region-scalable fitting
Li Linsheng;Xie Jialong;Lin Guoxiang;Qiu Changjun;College of Mechanical Engineering;University of South China;

..............page:226-233

Soft sensor modeling method based on improved CPSO-LSSVM and its applications
Qiao Zongliang;Zhang Lei;Zhou Jianxin;Si Fengqi;Xu Zhigao;Key Laboratory of Energy Thermal Conversion and Control of Ministry of Education;Southeast University;Department of Mechanical Technology;Nanjing College of Chemical Technology;

..............page:234-240