全部

1·The formulas for the convergence condition, convergence rate and misadjustment are derived.

结果证明，本文所推导的公式与实验情况基本吻合。

2·It ensure the misadjustment is small and the algorithm has a high speed of convergence in the forepart of adaptation.

保证了失调误差较小，同时使算法在自适应初始阶段有较快的收敛速度。

3·This algorithm has not only a very high beginning convergence speed, but also a good tracking capability and low misadjustment.

该算法不仅具有极高的起始收敛速度，而且还有较强的跟踪能力和小的失调量。

4·Lastly the relationship between the dynamical misadjustment defined in this paper, and the steady state misadjustment is established.

定义了动态失调系数，建立了它与稳态失调系数之间的关系。

5·The calculation analysis on thermal misadjustment degree of the heating system shows that the operational parameters selected with the design criteria are reasonable.

通过对供暖系统热力失调度的计算分析，说明采用设计基准选择的运行参数合理。

6·Fuzzy control improves the performance of LMS algorithm and resolves the contradiction between convergence velocity and misadjustment which is brought by fixed step factor.

模糊控制改进了自适应逆控制系统中LMS算法的性能，解决了恒定步长因子带来的收敛速度和失调量之间的矛盾。

7·A widely linear momentum LMS algorithm for CDMA MAI suppression had been proposed. Its mean square convergence had been analyzed, and its stability region and misadjustment had been found out.

提出了一种宽线性动量LMS算法，分析了算法在均方意义下的收敛性，给出了算法稳定条件和失调公式，以及算法应用于码分多址系统多址干扰抵消的效果。

8·The simulated result demonstrates that this method have the same convergence performance and misadjustment as the traditional ALE. The approving frequency spectrum estimation result was obtained.

研究了高分辨线谱增强器的收敛特性，仿真验证了它与传统ALE具有相同的收敛速度和失调，取得了比较满意的频率估计结果。

9·The algorithm utilizes the correlation of output error signal to adjust the step size, solves the inconsistency problem of misadjustment and convergence time, and allows more flexibility in using.

该算法利用误差信号的相关值去调节步长，解决了算法收敛时间与稳态误差间的矛盾，为实际应用提供了更大的灵活性。

10·The convergence speed and misadjustment can be controlled separately using a complementary pair filters. And under the criterion of the least mean square error, the proportion of weight is adjusted.

该检测器通过两个滤波器分别控制检测器的收敛速度和稳态性，并在最小均方误差的准则下调整权值比例。

失调

1·This algorithm has not only a very high beginning convergence speed, but also a good tracking capability and low misadjustment.

该算法不仅具有极高的起始收敛速度，而且还有较强的跟踪能力和小的失调量。

2·A widely linear momentum LMS algorithm for CDMA MAI suppression had been proposed. Its mean square convergence had been analyzed, and its stability region and misadjustment had been found out.

提出了一种宽线性动量LMS算法，分析了算法在均方意义下的收敛性，给出了算法稳定条件和失调公式，以及算法应用于码分多址系统多址干扰抵消的效果。

3·It ensure the misadjustment is small and the algorithm has a high speed of convergence in the forepart of adaptation.

保证了失调误差较小，同时使算法在自适应初始阶段有较快的收敛速度。

4·Fuzzy control improves the performance of LMS algorithm and resolves the contradiction between convergence velocity and misadjustment which is brought by fixed step factor.

模糊控制改进了自适应逆控制系统中LMS算法的性能，解决了恒定步长因子带来的收敛速度和失调量之间的矛盾。