Dr.Ning Geng-xin
Contact：
Email: ninggx@scut.edu.cn,
Tel: +86-13560385629
Address: School of Electronic and InformationEngineering,
SouthChinaUniversity of Technology(SCUT),
Guangzhou, China, 510640.
Working Experience：
12/2009 - present, School of Electronic andInformation Engineering, South China University of Technology, Associate Professor
07/2006– 11/2009, School of Electronic andInformation Engineering, SouthChinaUniversityof Technology, Lecturer
11/2004-04/2006,Department of Electronic andEngineering, City University of Hong Kong, Research Assistant
Education Experience：
09/2001-06/2006, Ph.D. in communication and information system, Schoolof Electronic and Information Engineering, SCUT, China
09/1997-07/2001, Bachelor Degreein Electronic Science and Engineering, Jilin University, China
Research Interest：
Speech & AcousticCommunication and Signal Processing
Selected Projects:
[1]Project for thepearl river star of science and technology (No.2012J2200005),Research for thekey techniques of anti-Doppler and channel estimation in underwater acousticcommunication, 2012-2015, on-going, Project Leader
[2]Graduate EducationInnovation Project of Guangdong Province (2013JGXM-MS05),“Research on thecultivation system of the practical ability of the students in the field ofelectronic and Communication Engineering”,2014-2015, on-going, Project Leader
[3]The NatureScience Funds of China , “Research for the recognition technique ofunderwater acoustic channel based on narrowband multi-frequency anti-Dopplermodulation,” (No. 60901070), 2010-2012, Completed, Project Leader
[4]FundamentalResearch Funds for the Central Universities（No. 2012ZZ0034）,“Study on the key techniques of underwater acoustic asynchronousDoppler modulation and channel equalization”,2012-2013, Completed, ProjectLeader
[5]FundamentalResearch Funds for the Central Universities（No. 2009ZM0131）,“Research on underwater acoustic channel identification technologybased on orthogonal mirror modulation”, 2010-2011, Completed, Project Leader
[6]The NatureScience Funds of Guangdong province, “Research on the algorithm of thefast distribution audio coding,” (No. 07300583), 2007-2009,Completed, ProjectLeader
[7]TechnologicalDevelopmental Project for Enterprise," Application Research on 3D printingtechnology4",2013-2014,Completed, Project Leader
[8]TechnologicalDevelopmental Project for Enterprise," Intelligent control technology inintelligent transportation and intelligent agriculture",2012-2013,Completed,Project Leader
Selected Publications：
[1]G. X. Ning, S. H. Leung, K. K.Chu, and G. Wei. “A dynamic parameter compensation method for noisy speechrecognition,” Speech Communication,Vol. 48, No.10, pp. 1283-1293, 2006.
[2]G．X. Ning, G. Wei,and K. K. Chu. “Model compensation approach based on nonuniform spectralcompression features for noisy speech recognition,” EURASIP Journal on Advances in Signal Processing, Vol. 2007, No.10, Article ID 32546, 7 pages, 2007.
[3]G．X. Ning, G. Wei,and X. Z. Kong. “Novel Model Compensation Based on Non-uniform Spectral CompressionFeatures,” Journal of Electronics & Information Technology, Vol.29, No. 6, pp. 1384-1390, 2007.(Chinese)
[4]G. X. Ning, J. Zhang, and H.Yu, “HMM Compensation Based on Non-uniform SpectralCompression for Noisy Speech Recognition”. 11thIEEE International Conference on Communication Systems 2008(ICCS-2008), Guangzhou, Nov,.2008, No.1, PP: 184-187.
[5]G. X. Ning, S. H. Leung, K. K.Chu, and G. Wei. “Novel model compensation for feature based on SNR-dependentnon-uniform spectral compression,” IEEEInternational Conference on Acoustics, Speech and Signal Processing 2006(ICASSP-06), Tolus, France, May 2006, No.1, pp. 1121-1124.
[6]G. X. Ning, S. H. Leung, K. K.Chu, and G. Wei. “A parallel model combination scheme with improved deltaparameter compensation,” IEEEInternational Symposium on Circuits and Systems 2006 (ISCAS-06), Kos,Greece, May 2006, pp. 5535-5538.
[7]G. X. Ning, and G. Wei. “Anovel HMM model adaptation and compensation method for robust speechrecognition,” IEEE International Symposiumon Communications and Information Technologies 2005 (ISCIT-05), Beijing,Oct 2005, No.1, pp. 274-277.
[8]J. Li, G.X. NING,,H. Cui, Robust Beamformervia Steering Vector Calibration Using Iterative Second-Order Cone Programming,Journal of Computational Information Systems 9(14):5667-5674,2013.
[9]G.X. NING, Q.H. Yang, C.K.Zhou, H.Y. Zhang, PPM. Anti-multipath Underwater Acoustic Communication SystemUsing Frequency Hopping and Multiple Pulse, Journal of ComputationalInformation Systems,11(7):2633-2640,2015.
[10]K. Tian,Y.Z. Feng, D.Q. Nie, J. Zhang, G.X. NING,A Multi-objective Power Allocation Scheme for Heterogeneous Wireless NetworksCooperative Communication System,7th International Conference on AdvancedComputational Intelligence, 2015,273-276.
[11]J. Zhang,Y.Z. Feng, G.X. NING, and F. Ji, Noise Adaptive Stream Fusion Based on FeatureComponent Rejection for Robust Multi-Stream Speech Recognition,7thInternational Conference on Advanced Computational Intelligence, 2015,277-281.
[12]G．X. Ning, G. Wei.“A novel dynamic parameter compensation method for noisy speech recognition,” Journal of circuits and systems. Vol.13, No. 2, pp. 14-19, 2008. (Chinese)
[13] G．X. Ning, M. Q. Fang, and G.Wei. “The SMV Algorithm and Simulation,”Computer engineering and application,Vol. 39, No.10, pp. 84-86, 2003. (Chinese)
[14] Y. Jiang, G.X. Ning, G. Wei, and Y. C. Yang, “Research on Asymmetry Multi-terminalsources Audio Coding Algorithm.” 2009International Conference on Communication Software and Networks (ICCSN 2009),Macao, Feb. 2009, PP: 597-600.
[15] Y. Jiang, G.X. Ning, and G. Wei. “Distributed source coding algorithm based onlow-density parity-check code”, Journalof South China University of Technology (Natural Science Edition),Vol. 37, No.9, 2007. (Chinese)
[16]J. Zhang, G. Wei, H.Yu, G. X. Ning. Robustmulti-stream speech recognition based on weighting the output probabilities offeature components. Actc Acustica Vol. 28(3) : 269-279, 2009.
[17]Y. Jiang,G. X. Ning, and G. Wei. “Research onMulti-terminal Sources Audio Coding Technology Based on Distributed Coding”, Audio Egnineering.Vo33, No. 6, pp.63-66, 2009. (Chinese)
[18]Y. Jiang,G. X. Ning, and G. Wei. “AsymmetryMulti-terminal Sources Audio Coding Algorithm”, Science Technology and Engineering.Vol.9, No. 6, pp. 1414-1419,2009. (Chinese)
[19]Y. Cao,J. Zhang, G. X. Ning, and G. Wei. “PhaseCharacteristics of Human Hearing and the Application of It in the SpeechSinusoidal Model Coding”, ScienceTechnology and Engineering, Vol. 8, No.23, pp.6218-6222, 2008.12. (Chinese)
[20] J. F. Long, Y. Cao, and G. X. Ning“Design of HighFrequency Transmitter s DSP Unit Based on Zero-intermediate FrequencyTechnology”,Science Technology andEngineering,Vol. 9, No.7, pp. 1706-1711, 2009.3. (Chinese)
ChinaInvention Patent Grants:
[1]G.X.Ning, G.Y. Fan, and G Wei, ZL 2012210046347.0, Multi band antiDoppler acoustic modulation & demodulation method and device and based onauxiliary pilot , Application Date：2012-2-27,Authorized Announcement Date: 2015-6-3
[2]G.X.Ning, Y.H. Li, G. Wei, and Y. Cao. Method andapparatus for measuring gas particle concentration based on broadband linearfrequency modulation, ZL 201210356848. ApplicationDate：2012-09-22,Authorized Announcement Date:2014-09-10
[3]G.X. Ning,Y.Q. Liu, G. Wei, and C. Yang.A method and apparatus for arbitrary adjustment of natural speechtransformation, ZL 201210039318.1. ApplicationDate: 2012-02-21, Authorized Announcement Date: 2014-07-02
[4]J. Zhang, W.H. Zai, J.L. Chen, G.X. Ning, Y.Z. Feng, and G. Wei.ZL201210225235.1. Application Date：2012-07-02,Authorized Announcement Date:2014-05-07
[5]G.X. Ning, Y.H. Li, G. Wei, and J. Zhang. Method and apparatus for measuring acceleration basedon ultrasonic modulated multi frequency acoustic waves, ZL 201210041183.2. Application Date: 2012-02-22, AuthorizedAnnouncement Date: 2014-02-26
[6]G.X. Ning, G.C. Lin, and G. Wei.A method and apparatus for speech scoring based on normalized digital features,ZL201210042642.9. Application Date: 2012-02-23, Authorized Announcement Date: 2013-12-25
[7]G. Wei, W.J. Wu, Z.H. Feng, and G.X. Ning. Asynchronous digital communication system andmethod jointly frequencies and amplitudes of multiple sub-bands, ZL 201110069169.9.Application Date：2011-03-22. Authorized Announcement Date:2013-06-12
[8]G. Wei, L.J. Tan, G.X.Ning, and M.X. Liao. Method and devicefor detecting flammable liquid based on ultra wide band,ZL 201110214902.1. Application Date: 2011-07-29,Authorized Announcement Date: 2013-05-08
[9]G. Wei, M.X. Liao, G.X. Ning, and L.J. Tan. Acoustic-electric jointanalysis device used for tumor detection, ZL 201110240871.7. Application Date：2011-08-22, Authorized Announcement Date:2013-04-10
[10]J. Zhang, Y.L. Zhang, G.X. Ning, et al. “Underwatermulti-path communication method based on frequency spectrum perception andprediction, ZL 201010204687.2.Application Date：2010-06-18.Authorized Announcement Date:2013-02-13
[11]G. Wei, Y.H. Liu, Y. Cao, T.Z.Chen, G.X. Ning, and J. Zhang. Multi frequency phased arrayultrasonic Doppler flow detection system and method,ZL 201010268077. Application Date: 2010-08-31.AuthorizedAnnouncement Date:2012-12-19
[12]G. Wei, T.Z. Chen, Y. Cao, G.X. Ning, and J. Zhang. Underwater multi-beam sounding systemand method, ZL 201010195895.0. Application Date：2010-06-07. AuthorizedAnnouncement Date:2012-10-31
[13]G. Wei, X. Wang, J. Zhang, and G.X. Ning. Data transmission system and datatransmission method for underwater acoustic network,ZL 200910039254.3. Application Date：2009-05-06. Authorized Announcement Date:2012-09-26
[14]G. Wei, W.J. Wu, W.J. Guo, Y.Cao, andG.X. Ning. Ultrasonic energyfocusing based diesel oil emulsification method and device, ZL 201010268785.2. ApplicationDate：2010-09-01, Authorized Announcement Date: 2012-09-05
[15]G. Wei, L.C. Zeng, and G.X. Ning. Method and system for tracking andpositioning underwater target, ZL 200910039374.3. Application Date：2009-5-1, Authorized Announcement Date: 2012-07-18.
[16]J. Zhang, H.W. Chen, and G.X. Ning et al.Synthetic aperture sonar imaging method based on super resolutionimage reconstruction, ZL 201010269245.6.Application Date: 2010-09-01, AuthorizedAnnouncement Date: 2012-02-22
[17]G. Wei, and G.X. Ning. Method and apparatus for three-dimensionalmulti-movement objective positioning by using multi-frequency sound wave, ZL 200810198166.3. ApplicationDate: 2008-08-29. ,Authorized Announcement Date:2011-07-20.
[18]G. Wei, Y. Cao,and G.X. Ning.Method and device for measuring acoustic impedance of living bodybased on ultrasound steady state reflection wave,ZL 200910036445.4. AuthorizedAnnouncement Date：2011-04-06.
[19]G. Wei, Y. Cao, and G.X. Ning. Imaging method and device based onorthogonal multiple frequency ultrasonic stable-state echo signal, ZL 200810198514.7., AuthorizedAnnouncement Date：2010-12-07.
[20]J. Zhang, G. Wei, Y. Cao, and G.X. Ning, et al. Distributed type-B ultrasonicinspection system and processing method for ultrasonic detection signalsthereof, ZL 200910040024.9.Authorized Announcement Date：2010-12-01
Published/Applied China Invention Patents:
[1]C. Yang, S.Z. Zheng, S.W. Hu, Y.Cao, G. Wei, andG.X. Ning.A method and apparatus for nonorthogonal multi carrier digital modulation and demodulation, ZL 2015101331684. Application Date: 2015.03.25,Published Date: 2015.06.24
[2]G.X. Ning. Y.L. Liu, J. Li, J. Fei, and G. Wei. Doppler estimation method based on theconstruction of the objective function to determine the interval search, ZL 2014107583434. Application Date: 2014.12.10,Published Date: 2015.04.29
[3]J. Zhang, H. Wang, G.X. Ning, Y.Z. Feng, and J. Fei. A method and apparatus for transmittinginformation in music, ZL 2014107583434.Application Date: 2014.12.10, Published Date: 2015.04.29
[4]J. Zhang, C.H. Wu, Y.Z. Feng, G.X. Ning, et al. A multi node fastcommunication method for underwater acoustic network, ZL 2014107143025. Application Date: 2014.11.30, Published Date:2015.04.01
[5]G.X. Ning, C.K. Zhou, Y.L. Liu, J. Zhang,Y.Z. Feng, J. Fei, and G. Wei.Method and apparatus formeasuring the three-dimensional velocity of underwater moving target and waterflow, ZL 201410342589.3. ApplicationDate: 2014-7-17, Published Date: 2014-11-07
[6]G.X. Ning, X.H. Li, Y. Peng, and G. Wei. Method and apparatus for indoor speech acquisitionbased on adaptive rotation alignment, ZL201410267522.8. Application Date:2014-06-16, Published Date: 2014-10-08
[7]G. Wei, and G.X. Ning. Ultrasonic detection method and apparatus, ZL 201410144020.6. Application Date:2014-04-10, Published Date: 2014-7-30
[8]G.X. Ning, X.J. Ning, and L.F. Wu. A method and apparatus for underwater acousticanti Doppler multi carrier modulation and demodulation based on linearfrequency modulation, ZL 201410009195.6.Application Date: 2014-01-08, Published Date: 2014-07-23
[9]G.X. Ning, L.F. Wu, and X.J. Ning.An anti noise speech recognition method based on weighted template matchingusing signal to noise ratio, ZL 201410040479.9.Application Date: 2014-01-27, Published Date: 2014-05-07
[10]J. Zhang. T. Li, Y.Z. Feng, G.X. Ning, et al. A method for Asynchronous Full ratecooperative communication, ZL 201310487885.8. Application Date: 2013.10.17, PublishedDate: 2014-02-12.
[11]J. Zhang, D.C. Chen, Y.Z. Feng, G.X. Ning et al. A speech enhancementsystem and method based on wireless positioning microphone array, ZL 201310513373. ApplicationDate: 2013.10.25, Published Date:2014-1-29
[12]G.X. Ning. H.Y.Zhang, and J. Fei,A frequencyhopping pulse position coding method based on linear frequency modulationsignal, ZL 201310396329.X. Application Date: 2013.09.03, Published Date: 2014-1-8
[13]J.Zhang, Y.L. Zhu, G.X. Ning, Y.Z.Feng, H. Yu, and G. Wei.A speechenhancement method and device for strong noise environment, ZL 201310075284.6. Application Date: 2013.03.08,Published Date: 2013-7-17
[14]G.X. Nin, X.J.Ning,G. Wei, and L. Gao. Aminiaturized stepped impedance open controllable triple band filter based online loading, ZL 201310077583.3. Application Date: 2013-3-11, Published Date: 2013-7-3
[15]G.X. Ning, J.T. Li, G.Wei, and J. Fei. Method and apparatus for measuring velocity of space mediumbased on linear frequency modulation signal, ZL 201210485272.6, Application Date:2012-11-23, Published Date: 2013-6-5
[16]G.X. Ning, G.Y. Fan,G. Wei, and J. Zhang. A vehicle navigation method and device based on real-timereal dual camera, ZL 201210488065.6. ApplicationDate: 2012-11-26, Published Date: 2013-5-8
[17]G.X. Ning, J.H. Ye, G.Wei, and W.F. Nie. Method and apparatus for measuring relative humidity ofultrasonic gas by using sound velocity changes, ZL 201210488064.1. Application Date: 2012-11-26, Published Date: 2013-3-20
[18]G. Wei, L. Cui, G.X. Ning, and Y. Cao．Selective orthogonal frequencydivision multiplexing underwater acoustic communication system and method basedon multi input and multi output, ZL 200910041684.9.Application Date: 2009-8-5, Published Date: 2010-1-20
[19]G. Wei, and G.X. Ning. Gesturepositioning device and method with utilization of ring-direction reflectionamplitude-modulation ultrasonic wave, ZL 200910037458.3. Application Date: 2009-2-27,Published Date: 2009-7-15
[20]G. Wei, H.J. Wang, Y.Z. Feng, J.Zhang, G.X. Ning, and J. Fei. Multi-USB interface high performance imageadaptation apparatus as well as signal transmission method, ZL 200810026408.0. Application Date: 2008-02-22
[21]G.X. Ning, W.S. Yang, Y.W. Zhong, J.Zhang, Y.Z. Feng, and J. Fei. Methodand apparatus for measuring the sound speed in propagation path for underwatertarget location, ZL 201510317866.X. Application Date: 2015-06-11
[22]G.X. Ning, Y.W. Zhong, W.S. Yang, J.Zhang, Y.Z. Feng, and J. Fei. Estimationmethod and device for near-field array DOA based on comprehensive velocity compensation,ZL 201510317859.X. Application Date: 2015-06-11
