The concise fractional Fourier transform and its application in detection and parameter estimation of the linear frequency-modulated signal
CHEN Yanli;GUO Lianghao;GONG Zaixiao;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:761-771

Wideband super-resolution bearing estimation method utilizing sparse representation solver after focusing transformation
BO Liankun;XIONG Jinyu;LUO Laiyuan;Southwest Electronics and Telecommunication Technology Research Institute;

..............page:772-778

A method of ship-radiated noise measurement based on matched field processing in an inhomogeneous ambient noise environment
XIANG Longfeng;SUN Chao;LI Mingyang;School of Marine Science and Technology;Northwestern Polytechnical University;

..............page:779-788

Range estimation based on waveguide invariant using beam intensity striations for moving target in shallow water
WANG Peng;ZHENG Shengjia;HUANG Yong;LIU Jiyuan;Institute of Acoustic;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:789-798

Matched field localization of the air-borne sound source in underwater
SU Lin;SUN Bingwen;GUO Shengming;MA Li;Institute of Acoustics;Chinese Academy of Sciences;Key laboratory of underwater Acoustics Environment;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:799-806

High-resolution azimuth estimation algorithm based on data fusion for the vector hydrophone vertical array
CHEN Yu;MENG Zhou;MA Shuqing;BAO Changchun;Academy of Ocean Science and Engineering;National University of Defense Technology;

..............page:807-815

Shadow regions detection algorithm by adaptive narrowband two-phase Chan-Vese model
WANG Xingmei;YIN Guisheng;LIU Guangyu;LIU Zhipeng;College of Computer Science and Technology;Harbin Engineering University;College of Shipbuilding Engineering;Harbin Engineering University;

..............page:816-826

A microphone position calibration method for ceiling-mounted arrays
XIAO Ying;YANG Yichun;HAN Baokun;TENG Pengxiao;College of Mechanical and Electronic Engineering;Shandong University of Science and Technology;Key Laboratory of Noise and Vibration Research;Institute of Acoustics;Chinese Academy of Sciences;

..............page:827-835

Transmission loss prediction of silencers by using combined boundary element method and modal expansion approach
YANG Liang;JI Zhenlin;WU T W;School of Power and Energy Engineering;Harbin Engineering University;School of Mechanical Engineering;University of Kentucky;

..............page:836-844

sheng xue hui yi xiao xi

..............page:844

Prediction and test of cavity’s hydrodynamic selfnoise induced by turbulent boundary layer
LIU Xiaobin;L Shijin;YU Mengsa;National Key Laboratory on Ship Vibration & Noise;China Ship Scientific Research Center;

..............page:845-849

A high-speed method for computing the exact solution of spatial impulse response
DONG Ming;MA Hongwei;CHEN Yuan;YANG Ping;ZHANG Guangming;School of Mechanical Engineering;Xi’an University of Science and Technology;School of Science;Xi’an University of Science and Technology;National Institute of Metrology;General Engineering Research Institute;Liverpool John Moores University;

..............page:850-854

Eigenspace-based minimum variance beamforming combined with sign coherence factor for ultrasound beamforming
LIU Tingting;ZHOU Hao;ZHENG Yinfei;Key Laboratory for Biomedical Engineering of Ministry of Education of China;Zhejiang University;

..............page:855-862

A cased-hole acoustic logging technique using the dual source of opposite polarity
ZHANG Bo;SU Yuanda;TANG Xiaoming;QI Xiao;TAN Baohai;College of Geosciences;China University of Petroleum;China Research Institute of Radiowave Propagation;

..............page:863-870

An ultrasound simulation method for carotid arteries with a wall structure of three membranes
HU Xiao;ZHANG Yufeng;GAO Lian;CAI Guanghui;JIA Zhiguo;ZHANG Kexin;DENG Li;Department of Electronic Engineering;Information School;Yunnan University;The Second Affiliated Hospital of Kunming Medical College;

..............page:871-877

Study on the model of nonlinear dynamics phonation system for the classification of polyps and paralysis phonation
GU Lingling;ZHANG Xiaojun;HUANG Chengwei;WU Di;ZHOU Xiaojin;TAO Zhi;College of Physics;Optoelectronics and Energy;Soochow University;

..............page:878-885

Retrieval method of large scale audio samples based on Double hashing index
GAO Xiaofang;LUO Senlin;L Ying;LUO Zhijun;Pan Limin;Information System and Security & Countermeasures Experimental Center;Beijing Institute of Technology;

..............page:886-893

li zuo zuo deng tong zhi rong huo sheng xue xue bao 2014 nian du you xiu lun wen jiang

..............page:893

The influence of dummy head on measuring speech intelligibility
ZHANG Siyu;ZHENG Xiaolin;MENG Zihou;Communication Acoustics Laboratory;Communication University of China;

..............page:894-901

The effect of intonation on pitch realization of the tones in Chinese Putonghua
WANG Yunjia;JEONG Dayoung;TAKAHIRO Higashi;Department of Chinese Language and Literature;Peking University;Department of Chinese as a Second Language;National Taiwan Normal University;

..............page:902-913

yu yin xue jiao cheng
lin zuo ; wang li jia ; lv shi zuo ;

..............page:914-915

sheng xue xue bao 2015 nian fen lei suo yin

..............page:916-921

sheng xue xue bao 2015 nian zuo zhe suo yin

..............page:921-931

zhong guo sheng xue xue hui di shi yi jie qing nian xue shu hui yi zai xi an ju xing

..............page:932-933