| 1. | Simulation analysis of a two - dimension acoustic localization algorithin
二维声源定位算法仿真 |
| 2. | A modified aeda algorithm for sound source localization and tracking
一种改进的aeda声源定位及跟踪算法 |
| 3. | Microphone array ; sound localization ; sound tracking ; adea algorithm ; lms algorithm
麦克风阵列声源定位声源跟踪aeda算法lms算法 |
| 4. | Finally the above results discussed are verified by source localizaion using experimental data
文中最后运用实验数据实现了匹配场声源定位。 |
| 5. | Using time difference cues , a real time 3 - d localization system is implemented , which is based on 6 - channel tdoa estimation
本研究利用时间差线索，实现了一个基于六通道时延估计算法的实时三维声源定位系统。 |
| 6. | After the simulation analysis and experiment data processing , we could conclude tha the inversion method of ray travel time is feasible to sotirce localizaion
从仿真和实验数据处理的结果分析，声传播时延匹配场声源定位是行之 |
| 7. | And aiming at the errors in time difference measuring , wave velocity measuring and the location mode , the resolvent is proposed
分析了产生声源定位误差的主要因素：时差测量误差、波速测量误差及定位方法引起的误差，并提出了相应的解决办法。 |
| 8. | Sound intensity measurements accurately capture only the sound produced by the source under test , eliminating interference from other sounds and realizing the location of the sound
声强测量可以剔除其他声音的干扰，准确的确定声源的位置，即进行声源定位。 |
| 9. | Wth the above analysis of ray travel times , a new method of source localization based on ray travel tirne is presented in ans dissendion
综合以上分析，本文尝试了一种新的方法?声传播时延的匹配场声源定位，即运用最早到达的声信号在相邻基元上的时延作匹配场处理。 |
| 10. | Reeenly , with the development of underwater acoustic technology , matched field processing tecboques have been widely used in source localization and become one of the most boortan methods of acoustical signal processing
近年来，随着水声技术的不断发展，匹配场处理技术在声源定位中得到了广泛应用，已经成为水声信号处理的重要手段之一。 |
