FENG Renjian
Release time:March 15, 2016
>/ 教授,研究生导师

Short Biography

Member of the National Technical Committee for Metrology of Inertial Technology. As the principal investigator, has completed multiple research projects such as the National Natural Science Foundation of China, National High-Tech Program "863 Program," the Beijing Natural Science Foundation, the Research Projects for national civil aircraft, and more than 30 projects commissioned by research institutions and enterprises. Published over forty SCI-indexed papers and been granted more than twenty Chinese invention patents. Completed two national standards: "Calibration Specification for High-g Centrifuges" and "Calibration Specification for Low-Frequency Angular Acceleration Tables". Published books such as "Getting Started with ARM Embedded Microcontroller Programming," "Applications of PIC Microcontrollers," and "Illustrated Electrical Control Circuits and Their Applications." Awarded the Second Prize of Teaching Achievement of Beihang Univ. Led one industry-university-research cooperation project under the Ministry of Education's "Teaching Content and Curriculum System Reform" initiative. Supervised nearly 40 postgraduate students, many of whom received national scholarships and were honored as Outstanding Graduates of Beijing.

Research Area

  1. Precision Optoelectronic Dynamic Measurement Technology and Instrumentation

  2. Dynamic measurement calibration techniques and equipment

Courses

  1. Microcomputer Principle and Interface Technology

  2. Signal processing and modeling for dynamic tests

  3. Random Signal Processing

Papers & Books

  1. Yu, N; Chen, XH; Feng, RJ; Wu, YF. High-Precision Pedestrian Indoor Positioning Method Based on Inertial and Magnetic Field Information. Sensors,25(9).

  2. Yu, N; Cai, XZ; Yan, JX; Feng, RJ; Wu, YF . Mutual Calibration Method of Ring Laser Gyro and Optical Shaft Encoder, IEEE SENSORS JOURNAL,23(20)

  3. Wu, YF; Li, Q; Yu, N; Feng, RJ. A New Generator of Pressure Pulsations With Wide Frequency and Amplitude. IEEE SENSORS JOURNAL, 23(17)

  4. Yu, N; Yang, XY; Feng, RJ; Wu, YF . Strain signal denoising based on adaptive Variation Mode Decomposition (VMD) algorithm. JOURNAL OF LOW FREQUENCY NOISE VIBRATION AND ACTIVE CONTROL,42(4)

  5. Feng, RJ; Yan, JX; Wu, YF; Yu, N , Yin, XD. Methods for Comprehensive Calibration of a Low-Frequency Angular Acceleration Rotary Table.SENSORS,23(10)

  6. Zhao, XX; Feng, RJ ; Wu, YF; Yu, N; Meng, XF. A Complementary Filter-Based All-Parameters Estimation for Triaxis Gyroscopes and Optical Angular Encoders With Intrinsic Eccentricity. IEEE SENSORS JOURNAL,21(4).

  7. Zhao, XX ; Feng, RJ ; Wu, YF; Yu, N ; Meng, XF; Nie, J. A reliable adaptive estimation method for the installation error of optical angular encoder in outfield tests. MEASUREMENT, 174

  8. Yan, JX; Feng, RJ; Wu, YF; Yu, N: A Calibration Scheme With Combination of the Optical Shaft Encoder and Laser Triangulation Sensor for Low-Frequency Angular Acceleration Rotary Table. IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT,70

  9. Yu, N; Li, ZX; Wu, YF; Feng, RJ. Quantum-behaved particle swarm optimization-based active noise control system with timing varying path. JOURNAL OF LOW FREQUENCY NOISE VIBRATION AND ACTIVE CONTROL, 40(1)

  10. Feng, RJ; Jiang, WJ ; Yu, N (Yu, Ning); Wu, YF; Yan, JX. Projected Minimal Gated Recurrent Unit for Speech Recognition. IEEE ACCESS, 8

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School of Instrumentation Science and Optoelectronic Engineering

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