| 1. | Secondly the estimation of doa is studied
其次研究了目标方位的估计问题。 |
| 2. | Target bearing transmitter
目标方位发送器 |
| 3. | Carsor target bearing
雷达卡素尔目标方位 |
| 4. | Target bearing receiver
目标方位接收机 |
| 5. | Cursor target bearing
游动目标方位 |
| 6. | Least square approach for subspace intersection method of bearing estimation in shallow water
最小二乘子空间相交方法用于浅海目标方位估计 |
| 7. | 3 - dimension parameters of 2 - 4 targets can be jointly estimated as long as the direction intervals are greater than half beam width
在目标方位间隔大于半波束宽度时，可实现2 4个目标的三维参数联合估计。 |
| 8. | Combining the blind beamforming with the estimation of doa , the doa can be estimated at the same time when the source signals are recovered
并将盲波束形成与目标方位估计相结合，实现在捕获、恢复目标源信号的同时，估计出目标的波达方向。 |
| 9. | The effects on its performance by the factors such as sanpshots and number of array sensors are investigated and their relations are also qutitantively analyzed . 2
其次通过大量计算机仿真，深入分析了快怕数和阵元数对贝叶斯高分辨目标方位估计方法性能的影响。 |
| 10. | Acoustic intensity detection can efficiently estimate objective direction , and frequence partition , beam revolving and vector equations can differentiate multi - object
声强检测可以有效地进行目标方位估计，利用频带划分、旋转波束、矢量方程组可以在一定程度上有效地解决多目标干扰的问题。 |
