此外，更长的滤波器趋向在追踪快速移动移动台时带来难度。
Moreover, longer filters tend to introduce difficulties when tracking fast moving mobile stations.
介绍了一种自适应滤波系统，用于快速准确地检测出有源滤波器的参考电流。
The paper introduces a self adaptive filter system which detects the current reference of active power filter quickly and accurately.
根据非线性负载的等效电路模型，提出了一种基于快速跟踪算法的有源电力滤波器单相电路谐波电流检测方法。
According to the equivalent circuit model of non-linear load, a detecting approach of harmonic current in single-phase circuit based on fast iterative algorithm in active power filter is proposed.
文中详细介绍了应用矩量法来快速求解微波滤波器腔间耦合系数的新方法。
This paper presents a novel method of using the MoM to calculate quickly the inter-cavity coupling coefficient of microwave filters.
算法在格型预测器部分采用快速RLS算法，而在自适应横向滤波器部分采用LMS算法，并加以适当改进。
For the proposed one we use the fast RLS algorithm in lattice predictive filtering part with some modification and the LMS in adaptive transversal filtering part.
提出了一种采用有源r C滤波器实现复数滤波器时可快速确定无源器件参数值的设计方法。
A design methodology of active-RC complex filter is proposed in this paper, with which one can determine the parameters of passive components quickly.
在层叠滤波理论基础上，根据层叠滤波器的阈值分解和层叠性，提出了一种快速图像恢复算法。
On the basis of stack filtering theory, a fast image restoration algorithm is presented based on the threshold and stack properties of stack filter in this paper.
在并联型有源滤波器的控制过程中，前馈控制能够快速跟踪负荷波动，但需要精确的模型和参数。
For the control of shunt APF (Active Power Filter), feedforward is an effective way to track the load variation, but accurate models and parameters are demanded.
在并行fir的快速迭代短卷积算法(ISCA)基础上，采用多级小尺寸并行fir结构级联结构，实现了一种新型并行FIR滤波器。
A new parallel FIR filter based on the iterated short-convolution algorithms (ISCA) is designed with the structure of multi-stage small size parallel sub FIR filters.
为了实时快速地检测电力系统中的基波，提出了一种基于开关电容滤波器(SCF)检测电网中基波信号的方法。
A simple fundamental current detecting approach using switched-capacitor filter (SCF) is proposed in order to detect timely fundamental signals in network.
本文从理论上分析了小波滤波器特性，提出了一种适合弱小目标图像的快速滤波方法。
This dissertation makes a theoretical study of filter feature, then applies it into small image denoising, and present a fast denoising method suitable for small target images.
为克服以往滤波器组参数调整复杂问题和实现电子耳蜗语音处理的快速数字化计算，提出了将小波变换应用于电子耳蜗的语音处理。
A new method on the basis of wavelet transform (WT) was presented to easily adjust the parameters of filter bank and realize fast algorithm of speech processing for cochlear implants.
本文提出了一种自适应滤波器的变换域LMS快速实现算法，井给出了实现这种自适应滤波器的双层线性结构。
This paper introduces a fast algorithm of adaptive filters based on transform-domain LMS method, and proposes a two-layer linear structure for it.
利用滤波器设计的HDL编码器工具，系统结构师和设计师能够快速建立原型和完成试验，从而可以把更多的精力花在算法优化而不是HDL编码上。
Using the Filter design HDL Coder, system architects and designers can spend more time on fine-tuning algorithms and models through rapid prototyping and experimentation and less time on HDL coding.
通过拟合实验数据表明，1：N自适应卡尔曼滤波器与快速傅里叶变换和标准加入法相结合，用于补偿系统的模型误差和进行重叠峰的分辨，效果良好。
The neopoloarographic synthetic data test indicated that 1 :N adaptive Kalman filter can compensate for modelling errors of system and resolve over- lapped response signals.
利用MATLAB强大的计算功能进行计算机辅助设计，可以快速有效的设计数字滤波器，大大的简化了计算量，直观简便。
Use ofMATLAB powerful computing functions for computer aided design can quickly effectivedesign digital filter greatly simplifies the calculation and easy.
提出了一种新的FIR滤波器快速算法，显著降低了实时信号处理中的长阶数FIR滤波器的运算量。
A novel fast algorithm for FIR filter is presented, the large computational volume of FIR filter with many taps is lowered down.
在算法中，小波滤波器直接修正重建滤波器，重建得到各种细节图像，并能快速地得到重建图像的轮廓。
The filters of reconstruction are revised directly by wavelet filters in this algorithm and the reconstruction gives us various detail images and coarse images very quickly.
为了快速准确地设计并制作恒带宽窄带集总跳频滤波器，提出了一种随频率变化而 变化的负载结构。
For fast and accurate design and production of lumped constant bandwidth frequency-hopping(FH) narrowband filter, a load structure changing with frequency is introduced.
由于受到工艺的限制，过去很难同时实现滤波器的快速调谐、很宽的动态范围以及很低的损耗等特性。
But it's really hard to achieve rapid tuning, wide free spectrum range (FSR) and low insert loss simultaneously.
为了满足实时实现三维医学图像去斑应用的需要，本文提出一种新的实现三维中值滤波器的快速算法及其高性能VLSI结构。
To achieve real-time 3-D medical image despeckling, a novel fast algorithm and high-performance Very Large Scale Integrated (VLSI) architecture for 3-D median filter were presented.
尤其是本文把正则阶作为约束条件之一，从而保证了滤波器通带的平坦性和阻带的快速衰减，并且在阻带滤波器的频谱值非常接近于零。
Especially, regularity as one of the constraints assure the flatness in passband and the high attenuation in stopband, even the value of stopband response is very close to zero.
针对DSP领域中使用奇数个点的FIR冲击响应设计滤波器时，只能使用效率较低的MAC指令的问题，提出了一种新的快速算法。
A new fast algorithm was proposed in order to solve the problem that the FIR impulse of odd points can only use inefficient MAC instruction in DSP FIR filter's design.
提出一种新的自适应算法估计被噪声污染的正弦波信号的频率，依据IIR窄带滤波器和自适应FIR滤波器的级联，形成快速有效的自适应算法。
In this paper, based on a narrow IIR BPF cascaded by an adaptive FIR filter, a novel fast adaptive algorithm for sinusoid frequency detection in noisy environment is depicted.
根据实际系统的特点，利用快速卷积和重叠保留法，保证了数字滤波器处理过程的实时性和快速性，并节省了硬件资源消耗。
According to the characteristic of actual system, fast convolution algorithm and over-lapping reservation were utilized to guaranteed the real t.
介绍了利用MATLAB快速有效地设计无限长冲激响应数字滤波器的方法。
MATLAB-based methods are introduced to design the infinite impulse response (IIR) filter effectively.
文中研究了部分匹配滤波器在高动态卫导信号快速码捕获中的应用。
This paper explores the application of PMF in high-dynamic satellite navigation signal based on fast code acquisition.
目前，采用数字控制系统的有源电力滤波器以其灵活性、快速性和高高可靠性的特点，成为最适宜的有源电力滤波器。
At present, with the use of digital control system, active power filter becomes the most suitable for active power filter, for its flexibility, speed and high reliability features.
目前，采用数字控制系统的有源电力滤波器以其灵活性、快速性和高高可靠性的特点，成为最适宜的有源电力滤波器。
At present, with the use of digital control system, active power filter becomes the most suitable for active power filter, for its flexibility, speed and high reliability features.
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