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ALLAN VARIANCE ANALYSIS OF THE MINIATURIZED SENSORS IN A STRAP-DOWN INERTIAL MEASUREMENT UNIT
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References74
ICSSC AIAA, Montreal, 2002 A method of reduction of the errors due to numerical integration at a non-linear accelerometer used in a navigation system. Grigorie 2002
COMEC2011 Influences of the miniaturised inertial sensors errors on the navigation solution in a bidimensional SDINS in vertical plane Grigorie 2011
Trans. of the CSME Modeling and numerical simulation of an algorithm that reduces inertial sensors errors and increases the degree of strap-down navigator redundancy in a low cost architecture Grigorie 34 2010
ELMAR-2007, Zadar, Croatia, The influences of the gyro sensors’ errors on the attitude calculus. Grigorie 2007 [5] MSISensors webpage ,http://www.msisensors.com (невалиден)
Modern inertial technology: navigation, guidance and control. Lawrence 1993
IEEE Sensors Journal Inertial Sensor Technology Trends Barbour I 332 2001
5th International Conference on Networked Sensing Systems, Kanazawa, Japan MEMS Inertial Sensors and Their Applications Maenaka 2008
SUP’AERO, Toulouse, 1993. Systemes inertiels a composants lies Radix 1993
ICNPAA 2006, Budapest, Hungary Redundancy achievement and accelerometer’s noise reduction in low-cost strap-down inertial navigation systems Grigorie 2006
Proc. of ES-MEMS II, Adelaide, Australia Wireless navigation inertial sensors on a single chip with Bluetooth Technology Varadan 2001
ITI 2011, Cavtat, Croatia Fuzzy logic denoising of the miniaturized inertial sensors in redundant configurations Grigorie 2011
ATEE-2011, Bucharest, Romania Kalman filtering of the miniaturized inertial sensors’ data for inertial navigation Edu 2011
Inertial Navigation Sensors Barbour 2010
Micromachined Inertial Sensors - State of the Art and a Look into the Future. Kraft
INS/GPS Technology Trends. Schmidt 2010
JMEMS Error Sources in In-Plane Silicon Tuning Fork Gyroscopes. Weinberg 15 2006
IET Strapdown inertial navigation technology (2nd Edition). Titterton 2004
Posts, Telematics & Information Technology Journal Performance Improvement of MEMS-Based Sensor Applying in Inertial Navigation Systems Tran 2 19 2007
PhD Thesis, Stanford University Design and Performance Analysis of a Low-Cost Aided Dead Reckoning Navigator Eqziabher 2004
Defence Science Journal Microelectromechnical Systems Inertial Measurement Unit Error Modelling and Error Analysis for Low-cost Strapdown Inertial Navigation System Ramalingam 59 650 2009
IJCAS Estimation Technique of Fixed Sensor Errors for SDINS Calibration Lee 2 536 2004
Global Positioning Systems, Inertial Navigation, and Integration. Grewal 2001
Journal of Applied Science Wavelet-based pre-filtering for low cost inertial sensors. Hasan 10 2217 2010
PCSPA Conference, China MEMS Gyro Denoising Based on Second Generation Wavelet Transform. Mao 255 2010
ETET 2009 Characterization of Fiber Optics Gyro and Noise Compensation Using Discrete Wavelet Transform. Sabat 2009
J. of the ION Detection and filtering of short-term (1/f) noise in inertial sensors. Skaloud 46 97 1999
GNSS/GPS, Sydney, December, 2004 Performance Improvement of GPS/INS Integrated System Using Allan Variance Analysis Kim 2004
Geomatica Accurate INS/DGPS positioning using INS data de-noising and autoregressive (AR) modeling of inertial sensor errors. Nassar 59 283 2005
Master’s thesis, University of Calgary, Modeling inertial sensors errors using Allan variance. Hou 2004
AEROSPATIAL-2010, Bucharest Analysis of the Miniaturized Inertial Sensors Stochastic Errors with the Allan Variance Method: A Review. Grigorie 2010
IEEE Standard Specification Format Guide and Test Procedure for Single-Axis Laser Gyros IEEE 2006
IEEE Standard Specification Format Guide and Test Procedure for Single-Axis Interferometric Fiber Optic Gyros IEEE 2008
IEEE Trans. on instr. and meas. Analysis and Modeling of Inertial Sensors Using Allan Variance El-Sheimy 57 2008
Acta Electrotechnica et Informatica Determining stochastic parameters using an unified method. Sotak 9 59 2009
Proceedings of IEEE Statistics of Atomic Frequency Standards. Allan 54 221 1966
Analysis and Modeling of MEMS based Inertial Sensors Naranjo 2008
IEEE UFFC Time and Frequency (Time-Domain) Characterization, Estimation, and Prediction of Precision Clocks and Oscillators. Allan 34 1987
ICSSC AIAA, Montreal, 2002 A method of reduction of the errors due to numerical integration at a non-linear accelerometer used in a navigation system. Grigorie 2002
COMEC2011 Influences of the miniaturised inertial sensors errors on the navigation solution in a bidimensional SDINS in vertical plane Grigorie 2011
Trans. of the CSME Modeling and numerical simulation of an algorithm that reduces inertial sensors errors and increases the degree of strap-down navigator redundancy in a low cost architecture Grigorie 34 2010
ELMAR-2007, Zadar, Croatia, The influences of the gyro sensors’ errors on the attitude calculus. Grigorie 2007 [5] MSISensors webpage ,http://www.msisensors.com (невалиден)
Modern inertial technology: navigation, guidance and control. Lawrence 1993
IEEE Sensors Journal Inertial Sensor Technology Trends Barbour I 332 2001
5th International Conference on Networked Sensing Systems, Kanazawa, Japan MEMS Inertial Sensors and Their Applications Maenaka 2008
SUP’AERO, Toulouse, 1993. Systemes inertiels a composants lies Radix 1993
ICNPAA 2006, Budapest, Hungary Redundancy achievement and accelerometer’s noise reduction in low-cost strap-down inertial navigation systems Grigorie 2006
Proc. of ES-MEMS II, Adelaide, Australia Wireless navigation inertial sensors on a single chip with Bluetooth Technology Varadan 2001
ITI 2011, Cavtat, Croatia Fuzzy logic denoising of the miniaturized inertial sensors in redundant configurations Grigorie 2011
ATEE-2011, Bucharest, Romania Kalman filtering of the miniaturized inertial sensors’ data for inertial navigation Edu 2011
Inertial Navigation Sensors Barbour 2010
Micromachined Inertial Sensors - State of the Art and a Look into the Future. Kraft
INS/GPS Technology Trends. Schmidt 2010
JMEMS Error Sources in In-Plane Silicon Tuning Fork Gyroscopes. Weinberg 15 2006
IET Strapdown inertial navigation technology (2nd Edition). Titterton 2004
Posts, Telematics & Information Technology Journal Performance Improvement of MEMS-Based Sensor Applying in Inertial Navigation Systems Tran 2 19 2007
PhD Thesis, Stanford University Design and Performance Analysis of a Low-Cost Aided Dead Reckoning Navigator Eqziabher 2004
Defence Science Journal Microelectromechnical Systems Inertial Measurement Unit Error Modelling and Error Analysis for Low-cost Strapdown Inertial Navigation System Ramalingam 59 650 2009
IJCAS Estimation Technique of Fixed Sensor Errors for SDINS Calibration Lee 2 536 2004
Global Positioning Systems, Inertial Navigation, and Integration. Grewal 2001
Journal of Applied Science Wavelet-based pre-filtering for low cost inertial sensors. Hasan 10 2217 2010
PCSPA Conference, China MEMS Gyro Denoising Based on Second Generation Wavelet Transform. Mao 255 2010
ETET 2009 Characterization of Fiber Optics Gyro and Noise Compensation Using Discrete Wavelet Transform. Sabat 2009
J. of the ION Detection and filtering of short-term (1/f) noise in inertial sensors. Skaloud 46 97 1999
GNSS/GPS, Sydney, December, 2004 Performance Improvement of GPS/INS Integrated System Using Allan Variance Analysis Kim 2004
Geomatica Accurate INS/DGPS positioning using INS data de-noising and autoregressive (AR) modeling of inertial sensor errors. Nassar 59 283 2005
Master’s thesis, University of Calgary, Modeling inertial sensors errors using Allan variance. Hou 2004
AEROSPATIAL-2010, Bucharest Analysis of the Miniaturized Inertial Sensors Stochastic Errors with the Allan Variance Method: A Review. Grigorie 2010
IEEE Standard Specification Format Guide and Test Procedure for Single-Axis Laser Gyros IEEE 2006
IEEE Standard Specification Format Guide and Test Procedure for Single-Axis Interferometric Fiber Optic Gyros IEEE 2008
IEEE Trans. on instr. and meas. Analysis and Modeling of Inertial Sensors Using Allan Variance El-Sheimy 57 2008
Acta Electrotechnica et Informatica Determining stochastic parameters using an unified method. Sotak 9 59 2009
Proceedings of IEEE Statistics of Atomic Frequency Standards. Allan 54 221 1966
Analysis and Modeling of MEMS based Inertial Sensors Naranjo 2008
IEEE UFFC Time and Frequency (Time-Domain) Characterization, Estimation, and Prediction of Precision Clocks and Oscillators. Allan 34 1987
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Number of times cited according to Crossref: 1
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