[108]王业维, 余光正. 基于统计形状模型的虚拟头部模型生成及其个性化HRTF的边界元模拟. 2025 年全国计算声学大会. 2025.08.14-17, 大理.

[107]Guangzheng Yu, Junchi Lin, Ziyu Wang. Effect of hearing loss on sound sourcelocalization in various frequency bands of elderly people. The 31stInternational Congress on Sound and Vibration, 2025.07.05-11, Incheon, Korea.

[106] Jin Yu, Guangzheng Yu*, Richard H Y So. Effect of hearingloss on sound source localization in various frequency bands of elderly people.The 31st International Congress on Sound and Vibration, 2025.07.05-11, Incheon,Korea.

[105]Qinxuan Xiang, Yijing Chu*, Ming Wu, and Guangzheng Yu. Secondary PathInversion in Multi-channel Active Noise Control Using Time Domain Neural Networks,2025 ISNA, 2025.06.30-07.04, Nanjing (Invited Talk)

[104]Jin Yu, Guangzheng Yu*, Qinglin Meng. Simulation of Head-related TransferFunctions for Different Microphone Positions in Hearing Aids. 2025 ISNA,2025.06.30-07.04, Nanjing.

[103]Jin Yu, Guangzheng Yu*, Qinglin Meng. Simulation of Head-related TransferFunctions for Different Microphone Positions in Hearing Aids. 2025 ISNA,2025.06.30-07.04, Nanjing

[102]余光正. 基于SSMAH的人体听觉仿真系统. 第九届北京国际听力学大会, 2025.05.24-26, 北京 （特邀报告）

[101]Guangzheng Yu. Near field head-related transfer-function and its role inperception distance control of virtual auditory display. Workshop on ActivePerception in Dynamic Environments, 2025.05.26, HKUST, Hong Kong （邀请报告）

[100]余光正. 智能座舱的声场特性分析与声重放关键技术应用. “科创中国”电声服务团技术研讨会 2025.03.22-23, 苏州（邀请报告）

[99] 余光正. 汽车座舱多通路声重放的关键技术及应用. 大湾区智能音频技术与产业发展论坛, 2025.03.01, 广州 （邀请报告）

[98] 余光正. 双耳听觉声源定位的关键因素及其应用. 2024首届全国超声大会, 2024.11.1-4, 西安 （邀请报告）

[97] 王业维, 余光正. 一种基于三维人体面部扫描数据的头相关传输函数. 全国计算声学大会, 2024.10.17-20, 黄山

[96] 王梓玉, 余光正. 时域有限差分法分析汽车座椅对座舱声场分布的影响. 全国计算声学大会, 2024.10.17-20, 黄山

[95] 余光正, 谢菠荪. 个性化头相关传输函数的数据获取研究进展（摘要）. 全国声学大会, 2024.09, 南京 （邀请报告）

[94] 龚哲，余光正. 非对称布置对两通路立体声重放听觉声源宽度的影响（摘要）. 全国声学大会, 2024.09, 南京

[93] 项沁旋，褚轶景，吴鸣，余光正. 基于神经网络的多通道解耦有源噪声控制方法及自适应策略（摘要）. 全国声学大会, 2024.09, 南京

[92]Xiaoman WANG, Qinglin MENG, Zhiyuan LIN, Jin YU, Yewei WANG, Zhelin LI, BosunXIE.  Evaluating the relationship between high-frequency hearing loss andfront-back localization in the elderly. Inter-Noise2024, the 53rd InternationalCongress and Exposition on Noise Control Engineering, August 25 to 29, 2024,Nantes, France.

[91]Yewewei WANG, Prof Guangzheng YU. Mesh registration-based boundary elementmethod of head-related transfer function: unification of hair impedanceboundary conditions. Inter-Noise 2024, the 53rd International Congress andExposition onNoise Control Engineering, August 25 to 29, 2024, Nantes, France.

[90] ChaolinGUAN, Guangzheng YU, Dan RAO. Method for improving sound projection performancebased on linearly constrained minimum power algorithm. Inter-Noise2024, the53rd International Congress and Exposition on Noise Control Engineering, August25 to 29, 2024, Nantes, France.

[89]Ziyu WANG, Guangzheng YU. The Crossover Frequency of Acoustic Simulation for Small-ScaleEnclosures by Wave and Statistic Based Methods. Inter-Noise 2024, the 53rdInternational Congress and Exposition on Noise Control Engineering, August25 to29, 2024, Nantes, France.

[88]GuangzhengYU, Zihan CHEN, Yewei WANG, Tingting WANG, Zhelin LI. ComprehensiveEvaluation on Wearing and Hearing Comfort of Over-Ear Headphones Based onAdjustable Clamping Force. Inter-Noise 2024, the53rd International Congress andExposition on Noise Control Engineering, August25 to 29, 2024, Nantes, France.

[87]BosunXIE, M Runze DONG, M Yewei WANG, Guangzheng YU, Qinglin MENG，Evaluating on thespatial localization cues of binaural sound pressure recorded viabehind-the-ear microphones in a hearing aid. Inter-Noise2024, the 53rdInternational Congress and Exposition on Noise Control Engineering, August 25to 29, 2024, Nantes, France.

[86]Zhe GONG, Guangzheng YU, Bosun XIE. Enhancing subjective spaciousness forstereo reproduction in car-size acoustical enclosures based on audio signal decorrelation.Inter-Noise 2024, the 53rd International Congress and Exposition on NoiseControl Engineering, August 25 to 29, 2024, Nantes, France.

[85]Zihan Chen, Guangzheng Yu, Tingting Wang, and Zhelin Li. A Study on theForce Comfort of Over-Ear Headphones Based on 3D Anthropometric Data. HCII2024, LNCS14709, pp. 135–149, 2024.

[84]Tingting Wang, Yewei Wang, Guangzheng Yu, Zihan Chen, and ZhelinLi. Analysis and Validation on Multi-dimensional Assessment forComfort of In-Ear Headphones. HCII 2024, LNCS 14709, pp. 135–149, 2024.

[83]余光正. 车载多通路声重放技术的机遇与挑战（摘要）. 于2024 广州国际专业灯光、音响展,《声频工程前沿应用和电声计量测试技术》专题报告会，2024.05, 广州 （邀请报告）

[82]余光正. 汽车座舱声场数值模拟的问题及进展（摘要）. 全国计算声学大会, 2023.12, 哈尔滨 (邀请报告)

[81]Xiang, Qinxuan & Chu, Yijing& Wu, Ming & Yu, Guangzheng.  Acombined method for multi-channel active noise control based on online adaptiveestimation and offline convolutional neural network. (Abstract) TheJournal of the Acoustical Society of America, 154. A79-A79, (Dec 2023),10.1121/10.0022860

[80]Tan, Wei & Rao, Dan & Wang, Yewei & Yu, Guangzheng.  Thelocalization of virtual source reproduced by the crosstalk cancellation systemunder different direct-to-reverberation energy ratios conditions.(Abstract) The Journal of the Acoustical Society of America, 154.A271-A271, (Dec 2023), 10.1121/10.0023499

[79]Cao, Teng & Yu, Guangzheng & Rao, Dan.  Echo threshold measurementbased on headphone presentation. (Abstract) The Journal of the AcousticalSociety of America,154. A235-A235, (Dec 2023), 10.1121/10.0023389

[78] 王业维, 朱力为, 余光正. 基于平均人体外形的声学人工头模型及其HRTF（摘要）. 中国声学学会声频工程、建筑与环境声学2023年学术交流年会，2023.11，南京

[77] 朱力为, 余光正, 王业维. 中垂面视觉对听觉定位影响研究（摘要）. 中国声学学会声频工程、建筑与环境声学2023年学术交流年会，2023.11，南京

[76] 余光正. 车载多通路声重放技术的发展（摘要）. 中国声学学会声频工程、建筑与环境声学2023年学术交流年会，2023.11，南京 （邀请报告）

[75] 余光正, 雷诚. 小空间反射声对声源定位因素的影响（摘要）. 全国声学大会, 2023.07, 哈尔滨

[74]梁林达, 余光正. 车内后排听者的头朝向对语言清晰度的影响（摘要）. 全国声学大会, 2023.07, 哈尔滨

[73]Wenfeng Liu, Qinglin Meng, Guangzheng Yu*, et al. Effects of Hearing Loss onInteraural Time Difference Discrimination in an Oddball Paradigm. 2023 8thInternational Conference on Intelligent Computing and Signal Processing (ICSP).IEEE, 990-993, (Apr 2023), DOI: 10.1109/ICSP58490.2023.10248809

[72]Cheng Lei, Linda Liang, Guangzheng Yu*, et al. The speech transmission index ofRoom-in-Room reproduction between rooms with different size and acousticalconditions. 2023 8th International Conference on Intelligent Computing andSignal Processing (ICSP). IEEE,383-387, (Apr 2023), DOI: 10.1109/ICSP58490.2023.10248798

[71]Linda Liang, and Guangzheng Yu*. Effect of frequency response equalizationmethod on speech transmission index. PROCEEDINGS of the 24rd InternationalCongress on Acoustics in Gyeongju, Korea, (Oct 2022)

[70]Wei Tan, Guangzheng Yu, and Dan Rao*. The influence of first-order lateralreflections on binaural cues of virtual source reproduced by crosstalkcancellation system. PROCEEDINGS of the24rd International Congress on Acousticsin Gyeongju, Korea, (Oct2022)

[69]Cheng lei, Wei Tan, and Guangzheng Yu*. Effect of artificial reflections on thedistance perception of the virtual sound image generated by the 5.0 channelsound reproduction system. PROCEEDINGS of the 24rd International Congress onAcoustics in Gyeongju, Korea, (Oct2022)

[68]Jiachen Chen, Huali Zhou, Guangzheng Yu and Qinglin Meng. Interaural timedifference based spatial release from masking with asymmetric hearing over avideo conference app. 20227th International Conference on Intelligent Computingand Signal Processing Xi'an, China, 2022 pp 1050-1054, (Apr 2022),DOI: 10.1109/ICSP54964.2022.9778684

[67]Yingjie Liu, Linda Liang, Wei Tan,Zhichao Zhang, Cheng Lei, Guangzheng Yu,Yuntao Cao, Bingwu Lu, and Yun Li. The Sound Field Characteristics inAutomobile under Different Speaker Height based on Numerical Simulation.Journal of Physics: Conference Series, 2185(1), 12026, (Jan 2022), DOI:10.1088/1742-6596/2185/1/012026

[66]Yuntao Cao, Linda Liang, Wei Tan, Zhichao Zhang, Cheng Lei, Guangzheng Yu,Bingwu Lu, Yingjie Liu and Yun Li. The Influence of Seat Occlusion on Driver’sBinaural Signal in Automobile based onFEM-RTM Simulation. Journal of Physics:Conference Series, 2185(1), 12025, (Jan2022), DOI:10.1088/1742-6596/2185/1/012025

[65] 余光正. 头相关传输函数的数值计算方法：回顾与展望. 全国计算声学大会, 2021.11, 上海 （邀请报告）

[64] 余光正.  基于真实和虚拟声源的空间听觉定位能力测听与训练. 听力学跨界技术研讨会(iTAP), 2021.04. (邀请报告)

[63]Huali Zhou, Guangzheng Yu, andQinglin Meng*. Enhancing the temporal finestructure with the temporal limitsencoder for cochlear implants: Effects onpitch ranking. The 180th meeting ofAcoustical Society of America, Online,(Abstract), (Apr 2021), DOI:10.1121/10.0004661

[62] 余光正. 听觉距离定位因素及其在虚拟听觉重放中的应用. 全国声学大会, 2020.11, 上海 （邀请报告）

[61]Zhenyu Guo, Xianren Wang, HualiZhou, Yigang Lu, Guangzheng Yu, and QinlingMeng*. Automated pure toneaudiometry with true wireless stereos earbuds. The179th meeting of AcousticalSociety of America, Online, 148(4):2714-2714,(Abstract), (Oct 2020), DOI:10.1121/1.5147525

[60]Huali Zhou, Guangzheng Yu, andQinling Meng*. Enhancing the temporal finestructure with the temporal limitsencoder for cochlear implants: Effects onpitch discrimination. The 179thmeeting of Acoustical Society of America,Online, 148(4):2711-2711, (Abstract), (Oct 2020), DOI: 10.1121/1.5147512

[59] 余光正. 双耳效应对较优耳信噪比和语言传输指数的影响. 中国多媒体大会，青年专题论坛3：智能音频分析与生成，2020.09，青岛 （邀请报告）

[58]Linda Liang, and Guangzheng Yu*. Auditory distance perception cues in smallenclosed spaces: numericalsimulation and psychoacoustical evaluation.PROCEEDINGS of the InternationalCongress and Exposition on Noise ControlEngineering, Seoul, Korea, (Aug2020)

[57]Zhenlin Li, Xianghong Deng, Guangzheng Yu, Yu-chi Lee, Lijun Jiang, and YuguangShao. A Web Platform Targeting for Easier Fit Performance Analysis and HeadwearProducts Aided Design. PROCEEDINGS of the International Conference on AppliedHuman Factors and Ergonomics, pp 56-62, (Jul 2020), DOI:10.1007/978-3-030-51038-1_9

[56]Linda Liang, and Guangzheng Yu. Effect of early reflections on virtual soundsource localization in vehicle: based on a two-loudspeaker reproduction system.The 1st Greater Bay Area International Acoustics Symposium, Shenzhen, China,(Abstract), (Dec2019)

[55]Dong Cui, and Guangzheng Yu. Collecting azimuths of sound source azimuthlocalization experiment: a graphical user interface-based direction recordingmethod. The 1st Greater Bay Area International Acoustics Symposium, Shenzhen,China, (Abstract), (Dec2019)

[54]Zhenyu Guo, Yigang Lu, Zhelin Li, Youming Fan, and Guangzheng Yu. Comparisonsof anthropometric parameters and head-related transfer functions betweentypical Chinese head and KEMAR manikin. The 1st Greater Bay Area InternationalAcoustics Symposium, Shenzhen, China, (Abstract), (Dec 2019)

[53]Zhenyu GUO, Yigang LU, Liliang WANG, and Guangzheng YU*. Discriminationexperiment of sound distance perception for a real source in near-field. The1st EAA Spatial Audio Signal Processing Symposium, Paris, France, (Dec 2019),DOI:10.25836/sasp.2019.25

[52]Fanhui Kong, Xianren Wang, Xiangbin Teng, Nengheng Zeng, Guangzheng Yu, andQinglin Meng*. Reverberant speech recognition with actual cochlear implants:verifying a pulsatile vocoder simulation method. PROCEEDINGS of the 23rdInternational Congress on Acoustics, Aachen, Germany, (Abstract), (Sep 2019)

[51] 周华莉, 余光正, 王仙仁, 孟庆林*. 单侧听损者在人工听觉植入后的定位能力初探. 2019年全国声学大会论文集, 38(5 Pt. 2), 547-548,(Sep2019)

[50] 梁林达, 余光正*. 基于不同边界条件的车内声场有限元模拟. 2019年全国声学大会论文集, 38(5 Pt.2), 517-518, (Sep 2019)

[49] 崔冬, 余光正*. 基于游戏场景的声源动态定位测试与分析. 2019年全国声学大会论文集, 38(5 Pt.2), 467-468, (Sep 2019)

[48]Guangzheng Yu, Liliang Wang, Linda Liang, Bosun Xie, Jianliang Jiang, andChengyun Zhang*. Effect of individualized near-field head-related transferfunctions on distance perception in dynamic virtual auditory display.PROCEEDINGS of the 23rd International Congress on Acoustics, Aachen, Germany,(Sep 2019)

[47]Linda Liang, Guangzheng Yu*, and Le Yu. Numerical simulation of in-vehiclesound field under conditions of open or closed car windows[C]. PROCEEDINGS ofthe 23rd International Congress on Acoustics, Aachen, Germany, (Sep 2019), DOI:10.18154/RWTH-CONV-238946

[46] 李哲林, 邵玉光, 余光正, 等. 基于三维数字化头型及穴位分布的头戴式产品设计研究. 中国人类工效学学会第19届管理工效学暨首届神经设计学学术会议, 南京, (Jul 2019)

[45]Zhenyu Guo, Yigang Lu, Huali Zhou, and Guangzheng Yu*. Anthropometricparameters-based pinnae clustering and its application in customization ofindividualized HRTF. The 19th Management Ergonomics of the Chinese Society ofErgonomics, Nanjing, China, (Jul2019)

[44]Huali Zhou, Qinglin Meng, Xianren Wang, and Guangzheng Yu. Effects of PulseRate on Mandarin Tone Recognition with the CCi-Mobile Cochlear Implant ResearchProcessor. NCMMSC2019, Xining, China, (Jun 2019)

[43] 梁林达,余光正*. 基于COMSOL的直通穿孔管消声器有限元模拟. 2018年全国声学大会论文集 I噪声与振动控制, 37(6 Pt. 2), 453-454, (Nov 2018)

[42]Le Yu, Guangzheng Yu*, and QinglinMeng. Effect of Human Speaker's Head Rotationon Speech Transmission Index inVehicle Sound Environment. Asia-Pacific Signaland Information ProcessingAssociation Annual Summit and Conference (APSIPAASC), Honolulu, Hawaii, USA, (Nov 2018), DOI: 10.23919/APSIPA.2018.8659646

[41]Qinglin Meng, Guangzheng Yu, Yangyang Wan, Fanhui Kong, and Nengheng Zheng.Effects of Vocoder Processing on Speech Perception in Reverberant Classrooms.Asia-Pacific Signal and Information Processing Association Annual Summit andConference (APSIPA ASC), Honolulu, Hawaii, USA, (Nov 2018),DOI:10.23919/APSIPA.2018.8659662

[40]Guangzhang Yu*, and Liliang Wang. Effect of individualized head-relatedtransfer functions on distance perception in virtual reproduction for a nearbysource. The International Conference of Audio Engineering Society on SpatialReproduction-Aesthetics and Science, Tokyo, Japan, (Aug 2018)

[39]Guangzheng Yu, and Bosun Xie*. Multiple sound sources solution for near-fieldhead-related transfer function measurements. The International Conference ofAudio Engineering Society on Audio for Virtual and Augmented Reality, Redmond,WA, USA, (Aug2018)

[38] 于乐, 余光正*. 座椅对汽车小空间低频声场分布影响的简化模拟. 中国声学学会2017年全国声学学术会议论文集, 36(5 Pt. 2), 617-618,(Sep2017)

[37] 王礼亮, 余光正*. 不同形状扬声器系统指向性的边界元模拟. 中国声学学会2017年全国声学学术会议论文集, 36(5 Pt. 2), 623-624,(Sep2017)

[36]Ruixing Wu, Guangzheng Yu*, and Richard H.Y. So. Key anthropometric parametersof pinna correlate with individualized head-related transfer functions.PROCEEDINGS of the International Congress and Exposition on Noise ControlEngineering, Hong Kong, China, pages 3997-4999, pp. 4023-4028(6), (Aug 2017)

[35]Guangzheng Yu*, and Yuye Wu. Loudness equalization coefficient of lateral soundsource at various distances in near-field. PROCEEDINGS of the InternationalCongress and Exposition on Noise Control Engineering, Hong Kong, China, pages3997-4999, pp. 4097-4102(6), (Aug 2017)

[34]Xiaoli Zhong, Bosun Xie, and Guangzheng Yu. Comparison of spatialcharacteristics of head-related transfer functions between the horizontal andmedian planes. The 142nd Audio Engineering Society Convention, Berlin, Germany,(May 2017)

[33]Guangzheng Yu, Yuye Wu, and Bosun Xie*. Perceptual evaluation on the influenceof individualized near-field head-related transfer functions on auditorydistance localization. The 173rdMeeting of the Acoustical Society of Americaand the 8th Forum Acusticum, Boston, USA, (May 2017), DOI:10.1121/1.4987471

[32] 吴锐兴, 余光正*. 基于 3D 扫描图像的耳廓生理尺寸参数测量. 2016年全国声学学术会议论文集, 35(6) Pt. 2,642-645, (Oct2016)

[31]Guangzheng Yu, Yingyang He, BosunXie*. Measurement of pinna flare angle and itseffect on individualized head-related transfer functions. The 22ndInternational Congress on Acoustics, Buenos Aires, (Sep 2016), DOI:10.1121/1.4933829

[30]Zhelin Li, Xiaomin Zhang, Jiaxin Zhang, Lijun Jiang, and Guangzheng Yu.Analysis of Glasses Wearing Comfortability Based on 3D Head Shape Features. TheInternational Conference on Ergonomics in Design, Walt Disney World, FL, Unitedstates, 27-31, pp 447-454, (Jul 2016)

[29]Ruixing Wu, and Guangzheng Yu*. Improvements in HRTF Dataset of 3D Game AudioApplication. The International Conference on Audio Language and ImageProcessing (ICALIP 2016), Shanghai, China, pp 185-190, (Jul 2016), DOI:10.1109/ICALIP.2016.7846601

[28]Xiaoli Zhong, Jie Zhang, and Guangzheng Yu. Recalibration of virtual soundlocalization using audio visual interactive training. The 139th AudioEngineering Society Convention, New York, NY, United states, (Oct 2015)

[27]Guangzheng Yu*, Yingyang He, and Bosun Xie. The initial head gesture andcoordinate system in measuring anthropometric parameters and head-relatedtransfer functions. The 170thMeeting of the Acoustical Society of America,Jacksonville, Florida, (Oct2015), DOI: 10.1121/1.4933829

[26] 尹婷伟, 余光正*. 改进的肩部模型对侧向声源仰角定位的影响. 中国声学学会第十一届青年学术会议论文集, 36(6 Pt. 2), 478-481, (Oct 2015)

[25] 伍玉叶, 余光正*. 早期反射对侧向声源距离定位因素的影响. 中国声学学会第十一届青年学术会议论文集, 36(6 Pt. 2), 482-485, (Oct 2015)

[24] 林慧镔, 余光正*, 谢菠荪, 伍玉叶. 头部偏移对近场到达时间和双耳时间差的影响. 中国声学学会第十一届青年学术会议论文集, 36(6 Pt. 2),525-528,(Oct 2015)

[23] 余光正*,尹婷伟,刘昱. 用头部扫描模型计算头相关传输函数的坐标设置方法. 声频会议, 09: 249-254, (Oct 2015)

[22]Guangzheng Yu*, and Yuye Wu. Variation of interaural time difference caused byhead offset relative to coordinate origin. The 138th Convention of AudioEngineering Society, Warsaw Poland, (May 2015)

[21] 余光正*, 何颖洋, 张晓民, 钟小丽. 耳廓旋转角对头相关传输函数的影响. 2014年中国声学学会全国声学学术会议论文集, 33(12), 307-310, (Nov2014)

[20]Chengyun Zhang, Bosun Xie*, Guangzheng Yu. A scheme of stereophonic expansionfor hand-held sound reproduction devices. The 22st International Congress onSound and Vibration, Beijing, China, (Jul 2014)

[19]Guangzheng Yu*, and Joshua D. Reiss. Effect of spatial sampling approaches onvirtual high order ambisonics. The21st International Congress on Sound andVibration, Beijing, China, (Jul 2014)

[18]Yingyang He, Guangzheng Yu*, and Tingwei Yin. Effects of torso-reflections onhead-related transfer functions associated with head movement. The 21stInternational Congress on Sound andVibration, Beijing, China, (Jul 2014)

[17]Tingwei Yin, Guangzheng Yu*, and Yingyang He. Simulation of individualhead-related transfer functions using an improved head-neck-shoulder model. The21st International Congress on Sound and Vibration, Beijing, China, (Jul 2014)

[16]Bosun Xie, and Guangzheng Yu. Analysis on the Transformation between Free-fieldAnd Binaural Pressure Levels for Near-field Sound Source. InternoiseInternational Conference, Innsbruck, Austria, pages 1-862, pp. 474-480(7), (Sep2013)

[15]Yuanqing Rui, Guangzheng Yu*, Boxun Xie, and Yu Liu. Calculated individualizednear-field head-related transfer function database using boundary elementmethod. The 134th Audio Engineering Society Convention, Rome, Italy, (May 2013)

[14]Yuanqing Rui, Guangzheng Yu*, and Boson Xie. Approximately calculate individualnear-field head-related transfer function using an ellipsoidal head and pinnaemodel. The 164th meeting of Acoustical Society of America, Kansas, Missouri,(Abstract), (Oct 2012), DOI:10.1121/1.4755383

[13]Guangzheng Yu, Bosun Xie*, and YuLiu. Analysis on multiple scattering betweenthe rigid-spherical microphone array and nearby surface in sound fieldrecording. The 133rd Audio Engineering Society Convention, San Francisco, CA,USA, (Oct 2012)

[12]Guang-zheng Yu*, Yu Liu, Bo-sun Xie, and Qi-zhu Zhong. Fast measurement systemand super high directional resolution head-related transfer function database.Acoustics, Hongkong, China, (Abstract), (May 2012), DOI: 10.1121/1.4708353

[11]Guangzheng Yu, Bosun Xie*, Zewei Chen, and Yu Liu. Analysis on Error Caused byMulti-scattering of Multiple Sound Sources in HRTF Measurement. The132nd Audio Engineering Society Convention, Budapest, Hungary, (Apr 2012)

[10] 余光正, 谢菠荪*. 用距离变化函数合成近场HRTF的误差分析. 中国声学学会第九届青年学术会议论文集, 30(6), 273-274,(Nov2011)

[9] 余光正, 谢菠荪, 钟小丽. 近场头相关传输函数的空间方位角分辨率. 中国声学学会2010年全国会员代表大会暨学术会议论文集, 29(6), 326-327, (Dec 2010)

[8]Chen-yun Zhang, Bo-sun Xie*, Dan Rao, and Guang-zheng Yu. Dynamic parametersmeasurement of virtual auditory environment real-time rendering system. The 4thInternational Congress on Image and Signal Processing, Yantai, China, pp3852-3555, (Oct 2010), DOI:10.1109/CISP.2010.5647383

[7]Guang-zheng Yu, Bo-sun Xie*, and Xiang-xu Chen. The effects of sound source onminimum phase character of head-related transfer functions. The 3thInternational Congress on Image and Signal Processing, Yantai, China, pp3856-3859, (Oct 2010)

[6]Guang-zheng Yu, Bo-sun Xie*, and DanRao. Characteristics of Near-field head-related transfer function for KEMAR. The 40th Audio Engineering SocietyConvention, Tokyo, Japan, (Oct 2010)

[5]Bo-sun Xie*, Xiao-li Zhong, and Guang-zheng Yu. Some recent works onhead-related transfer functions and virtual auditory display in China. The 40thAudio Engineering Society Convention, Tokyo, Japan, (Oct 2010)

[4] 余光正, 谢菠荪*. 雪人模型近场头相关传输函数的定位信息. 中国声学学会2009年青年学术会议, 28(5), 267-268, (Oct 2009)

[3]Guang-zheng Yu, Bo-sun Xie, and DanRao. Directivity analysis on sphericalregular polyhedron sound source used for near-field HRTF measurements. The 10thWestern Pacific Acoustic Conference, Beijing, China, (Sep 2009)

[2]Guang-zheng Yu, Bo-sun Xie*, and DanRao. Approximating Head-related TransferFunctions of Snowman Model Using Perturbation Method. The 37th InternationalCongress and Exhibition on Noise Control Engineering, Shanghai, China, (Oct2008)

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