1005-6734
2016 Issue 5
High-accuracy transfer alignment method of double master INSs to slave INS
LIU Wei-ren;SONG Gao-ling;SUN Wei-qiang;LIU Chao;WANG Ning;Tianjin Navigation Instruments Research Institute;
LIU Wei-ren;SONG Gao-ling;SUN Wei-qiang;LIU Chao;WANG Ning;Tianjin Navigation Instruments Research Institute;
..............page:561-564+570
Measurement method for ship instantaneous linear movement based on adaptive frequency estimation
YUAN Shu-ming;CHENG Jian-hua;MA Bin;The Research Institute of Ships;Navy Academy of Armament;Automation College;Harbin Engineering University;701 Institute;China Shipbuilding Industry Corporation;
YUAN Shu-ming;CHENG Jian-hua;MA Bin;The Research Institute of Ships;Navy Academy of Armament;Automation College;Harbin Engineering University;701 Institute;China Shipbuilding Industry Corporation;
..............page:565-570
Compensation on gravity disturbance for high-precision INS based on wavelet neural network
ZHOU Xiao;YANG Gong-liu;CAI Qing-zhong;School of Instrumentation Science and Opto-electronics Engineering;Beihang University;Science and Technology on Inertial Laboratory;
ZHOU Xiao;YANG Gong-liu;CAI Qing-zhong;School of Instrumentation Science and Opto-electronics Engineering;Beihang University;Science and Technology on Inertial Laboratory;
..............page:571-576
In-motion alignment adaptive filter method for GNSS-aided strap-down inertial navigation system
LIU Bin;MU Rong-jun;ZHAO Yang-yang;MI Chang-wei;CUI Nai-gang;School of Astronautics;Harbin Institute of Technology;State-owned Factory No.624;China North Industries Group;
LIU Bin;MU Rong-jun;ZHAO Yang-yang;MI Chang-wei;CUI Nai-gang;School of Astronautics;Harbin Institute of Technology;State-owned Factory No.624;China North Industries Group;
..............page:577-582
Design of inertial platform self-calibration scheme based on D-optimal theory
WANG Qi;WANG Li-xin;SHEN Qiang;Qin Wei-wei;Rocket Force University of Engineering;
WANG Qi;WANG Li-xin;SHEN Qiang;Qin Wei-wei;Rocket Force University of Engineering;
..............page:583-588
Recognition of multiple human motion patterns based on MEMS inertial sensors
LU Yong-le;ZHANG Xin;GONG Shuang;ZHOU Fan;LIU Yu;Chongqing Municipal Level Key Laboratory of Photo-electronic Information Sensing and Transmitting Technology;Chongqing University of Posts and Telecommunications;
LU Yong-le;ZHANG Xin;GONG Shuang;ZHOU Fan;LIU Yu;Chongqing Municipal Level Key Laboratory of Photo-electronic Information Sensing and Transmitting Technology;Chongqing University of Posts and Telecommunications;
..............page:589-594
Design and experiment of offshore small floating platform
XIE Ke-feng;ZHANG He;LI Hao-jie;YAO Zong-chen;Ministerial Key Laboratory of Zhi Neng Dan Yao;Nanjing University of Science and Technology;
XIE Ke-feng;ZHANG He;LI Hao-jie;YAO Zong-chen;Ministerial Key Laboratory of Zhi Neng Dan Yao;Nanjing University of Science and Technology;
..............page:595-599
Predictive compensation algorithm for trend terms of MEMS gyro random errors based on support vector regression
CHENG Yu;YE Dong;SUN Zhao-wei;Research Center of Satellite Technology;Harbin Institute of Technology;
CHENG Yu;YE Dong;SUN Zhao-wei;Research Center of Satellite Technology;Harbin Institute of Technology;
..............page:600-606
Fast alignment algorithm with order-reduced filter for SINS
WANG Rong-ying;LIU Wen-chao;BIAN Hong-wei;GAO Xin;Department of Navigation Engineering;Naval University of Engineering;Unit 91550 of PLA;
WANG Rong-ying;LIU Wen-chao;BIAN Hong-wei;GAO Xin;Department of Navigation Engineering;Naval University of Engineering;Unit 91550 of PLA;
..............page:607-611+618
Attitude determination accuracy of multi-head star tracker based on star-image fusion
XIONG Ya-zhou;WU Yan-peng;CHENG Hui-yan;Beijing Institute of Control Engineering;
XIONG Ya-zhou;WU Yan-peng;CHENG Hui-yan;Beijing Institute of Control Engineering;
..............page:612-618
DGPS integer ambiguity fast fixation based on improved artificial fish swarm algorithm
WANG Yue-gang;WANG Le;TENG Hong-lei;ZHANG Zhao-long;Unit 304;Rocket Force University of Engineering;
WANG Yue-gang;WANG Le;TENG Hong-lei;ZHANG Zhao-long;Unit 304;Rocket Force University of Engineering;
..............page:619-623
Reliable single epoch ambiguity resolution for precise attitude determination using Bei Dou triple-frequency observations
WU Ming-kui;HE Jun;WANG Hong-Chen;School of Geodesy and Geomatics;Wuhan University;China ship design and development center;Research and development office;Wuhan University;
WU Ming-kui;HE Jun;WANG Hong-Chen;School of Geodesy and Geomatics;Wuhan University;China ship design and development center;Research and development office;Wuhan University;
..............page:624-632
Integrated navigation method of monocular ORB-SLAM/INS
ZHOU Shao-lei;WU Xiu-zhen;LIU Gang;ZHANG Rong;XU Hai-gang;Department of Control Engineering;Naval Aeronautical and Astronautical University;Department of Precision Instrument;Tsinghua University;Beijing Institute of Automatic Control Equipment;
ZHOU Shao-lei;WU Xiu-zhen;LIU Gang;ZHANG Rong;XU Hai-gang;Department of Control Engineering;Naval Aeronautical and Astronautical University;Department of Precision Instrument;Tsinghua University;Beijing Institute of Automatic Control Equipment;
..............page:633-637
An underwater positioning technology based on tightly coupled SINS/LBL for AUV
ZHANG Tao;SHI Hong-fei;CHEN Li-ping;LIU Qiang;School of Instrument Science and Engineering;Southeast University;Key Lab of Micro Inertial Instruments and Advanced Navigation Technology;Ministry of Education;Southeast University;Key Lab of Application of Public Security Information Based on Big Data Structure;Ministry of Public Security;
ZHANG Tao;SHI Hong-fei;CHEN Li-ping;LIU Qiang;School of Instrument Science and Engineering;Southeast University;Key Lab of Micro Inertial Instruments and Advanced Navigation Technology;Ministry of Education;Southeast University;Key Lab of Application of Public Security Information Based on Big Data Structure;Ministry of Public Security;
..............page:638-642
Atomic waveguides using blue-detuned HE11 guided mode in hollow optical fiber
ZHAO Lian-jie;WANG Chang-feng;YAN Xiao-jun;ZHANG Guo-wan;ZHANG An-ning;Beijing Institute of Aerospace Control Device;China Aerospace Science and Technology Corporation;
ZHAO Lian-jie;WANG Chang-feng;YAN Xiao-jun;ZHANG Guo-wan;ZHANG An-ning;Beijing Institute of Aerospace Control Device;China Aerospace Science and Technology Corporation;
..............page:643-648
Performance analysis on bias difference of adjacent modes and unbalance discharge current of laser gyro
HAN Zong-hu;LI Jun;WANG Ke;HU Xiao-dong;ZHAO Xiao-ning;Flight Automatic Control Research Institute;
HAN Zong-hu;LI Jun;WANG Ke;HU Xiao-dong;ZHAO Xiao-ning;Flight Automatic Control Research Institute;
..............page:649-654
Near-circular mode field distribution characteristics of polarization-maintaining photonic crystal fiber
YANG Han-rui;YANG Yan;XIA Lin-lin;SHANG Si-fei;HUANG Wei-liang;LI Yong-yong;School of Automation Engineering;Northeast Dianli University;
YANG Han-rui;YANG Yan;XIA Lin-lin;SHANG Si-fei;HUANG Wei-liang;LI Yong-yong;School of Automation Engineering;Northeast Dianli University;
..............page:655-659
Extraction of micromechanical gyroscope’s backbone curves from resonance decay responses
WEI Yu-miao;DONG Yong-gui;State Key Laboratory of Precision Measurement Technology and Instruments;Dept. of Precision Instrument;Tsinghua University;Unit 202;Rocket Force University of Engineering;
WEI Yu-miao;DONG Yong-gui;State Key Laboratory of Precision Measurement Technology and Instruments;Dept. of Precision Instrument;Tsinghua University;Unit 202;Rocket Force University of Engineering;
..............page:660-665+671
Vibration delivery characteristics based on rocket sled testing of inertial measurement system
WEI Zong-kang;HUANG Yun-long;Beijing Institute of Aerospace Control Devices;
WEI Zong-kang;HUANG Yun-long;Beijing Institute of Aerospace Control Devices;
..............page:666-671
Measurement method for PIGA precession during integer periods on linear vibration table
SUN Chuang;REN Shun-qing;SHI Shao-long;ZENG Ming;Space Control and Inertial Technology Research Center;Harbin Institute of Technology;
SUN Chuang;REN Shun-qing;SHI Shao-long;ZENG Ming;Space Control and Inertial Technology Research Center;Harbin Institute of Technology;
..............page:672-676
Large-aperture fast-steering mirror control system of space telescope based on optimal PID and LQG algorithms
ZHANG Xi-dan;WEI Chuan-xin;YIN Da-yi;University of Chinese Academy of Sciences;Shanghai Institute of Technical Physics of the Chinese Academy of Sciences;
ZHANG Xi-dan;WEI Chuan-xin;YIN Da-yi;University of Chinese Academy of Sciences;Shanghai Institute of Technical Physics of the Chinese Academy of Sciences;
..............page:677-682
Prediction of storage life and accelerated-life-testing time for gyroscope
WANG Chang-an;NIU Yue-ting;MU Xi-hui;LUO Geng;Baicheng Weapon Test Center;Ordnance Engineering Institute;Huayin Ordnance Test Center of China;
WANG Chang-an;NIU Yue-ting;MU Xi-hui;LUO Geng;Baicheng Weapon Test Center;Ordnance Engineering Institute;Huayin Ordnance Test Center of China;
..............page:683-687
Remaining useful lifetime estimation for equipment subjected to intervention of imperfect maintenance activities
HU Chang-hua;PEI Hong;WANG Zhao-qiang;ZHANG Zheng-xin;ZHOU Shao-hua;Unit 302;Rocket Force University of Engineering;
HU Chang-hua;PEI Hong;WANG Zhao-qiang;ZHANG Zheng-xin;ZHOU Shao-hua;Unit 302;Rocket Force University of Engineering;
..............page:688-695
Application of hybrid chi-square test method in fault detection of integrated navigation system
ZHANG Hua-qiang;LI Dong-xing;ZHANG Guo-qiang;School of Mechanical Engineering;Shandong University of Technology;
ZHANG Hua-qiang;LI Dong-xing;ZHANG Guo-qiang;School of Mechanical Engineering;Shandong University of Technology;
..............page:696-700
..............page:701