ZHANG Chuan-yi， LU Xiao. Sound Source Localization Technology Based on Generalized Cross-Power Spectrum Phase[J]. Journal of Northeastern University Natural Science, 2018, 39(8): 1075-1079.
[1]Huang Y T，Benesty J，Elko G W，et al.Real-time passive source localization:a practical linear-correction least-square approach［J］.IEEE Transactions on Speech and Audio Processing，2001，9(8):943-956. [2]Widrow B，Luo F L.Microphone arrays for hearing aids:an overview［J］.Speeeh Communication，2003，39(l/2):139-146. [3]Wang Q H，Ivanov T，Aarabi P.Acoustic robot navigation using distributed microphone arrays［J］.Information Fusion，2004，5(2):131-140. [4]Flanagan J L.Beam width and usable bandwidth of delay-steered microphone arrays［J］.Bell Labs Technical Journal，1985(4):983-985. [5]Flanagan J L，Berkley D A，Elko G W，et al.Autodirective microphone systems［J］.Acta Acustica united with Acustica，1991，73(2):58-71. [6]Silverman H F.Some analysis of microphone arrays for speech data acquisition［J］.IEEE Transactions on Acoustics Speech & Signal Processing，2003，35(12):1699-1712. [7]Silverman H F，Kirtman S E.A two-stage algorithm for determining talker location from linear microphone array data［J］.Computer Speech & Language，1992，6(2):129-152. [8]Arslan G，Sakarya F A.A unified neural-network-based speaker localization technique ［J］.IEEE Transactions on Neural Networks，2000，11(4):997-1002. [9]Chen J D，Benesty J，Huang Y T.Performance of GCC- and AMDF-based time-delay estimation in practical reverberant environments［J］.EURASIP Journal on Applied Signal Processing，2005 (1):25-36. [10]Bian X H，Rehg J M，Abowd G D.Sound source localization in domestic environment［R］.Atlanta:GVU Center，Georgia Institute of Technology，2004:19-36. [11]张传义，米常伟.基于TDE技术的声源定位算法研究［J］.东北大学学报(自然科学版)，2014，35(3):333-336.(Zhang Chuan-yi，Mi Chang-wei.Research on sound source localization system based on time delay estimation［J］.Journal of Northeastern University(Natural Science)，2014，35(3):333-336.)(上接第1068页)4结语1) 基于伸缩杆结构的光纤光栅多级传感系统可对温度漂移影响进行自补偿.2) 在保证测量分辨力及灵敏度的同时扩大了传感器的测量范围.3) 传感器结构紧凑，易于多路复用.4) 传感系统测量范围大，系统稳定性高，调整结构参数后，有望应用于汽车载荷动态称重领域.
