| 1. | Biological reference signal controller
生物参考信号控制器 |
| 2. | Based on these , it improves the method of reference signal generating
在此基础上，改进了参考信号的提取方法。 |
| 3. | Timing reference signal
定时参考信号 |
| 4. | The application of dynamic neural network method in identification of interior noise of vehicle
动态神经网络方法在车内噪声参考信号拾取上的应用 |
| 5. | The effect of reference signal power and convergence coefficient to the system is studied by simulation and test
通过仿真和实验研究得出了参考信号能量及收敛系数对系统的影响。 |
| 6. | In order to simplify the system structure and enhance the reliability , the problem of reference signal estimation is also discussed
出于简化结构和提高可靠性的目的，研究了参考信号估计问题。 |
| 7. | With this feedback , the density of the half - cycle pulses in the synthesized output is modulated by the amplitude of the reference signal
这个面积的平衡导致输出半个周期脉冲的密度由参考信号的幅值来控制。 |
| 8. | The possibility of gaining reference signal by the use of signal frequency estimation through the approach of adaptive notch filter is studied
通过仿真研究了利用自适应陷波器技术估计信号频率获得参考信号的可行性并通过实验进行了验证。 |
| 9. | Chapter 3 reveals the procedure of reference signal generating of adaptive array in spread spectrum system , and presents some improved methods of reference signal generation
第三章揭示了基于扩频信号的自适应阵的参考信号建立过程，提出了参考信号提取的改进措施。 |
| 10. | However , the additional adaptive beamforming algorithms need some kind of reference signal . and transferring the reference signal would occupy some frequency which is valuable and in short
然而，传统的自适应波束形成算法需要参考信号，而参考信号的传输又要占用宝贵的频谱资源。 |
