In the process of digital signal, let the signal through the FIR digital filter, then analyze and build models to get the solution for the dynamic weighing system.
在数字信号的处理中，先对称重信号进行FIR滤波，然后对信号进行分析、建模来得到动态称重系统的解决方案。
The active filter based on dual DSP can improve the performance of filtering, restrain the resonance between LC circuit and electrical network, and improve dynamic performance of compensation system.
采用基于双dsp结构的有源滤波器可以大大改善滤波性能，并能抑制LC电路与电网之间的谐振，提高补偿系统动态性能。
This paper addresses robust fault detection filter design for linear-time-invariant dynamic system.
研究线性时不变动态系统鲁棒故障检测滤波器设计问题。
We promote the precision of control system by using Kalman filter to process the sample data and intensify the dynamic tracking properties by adding feed forward.
对采样数据进行卡尔曼滤波以提高控制的精度并且加入前馈增强系统的动态跟踪性能。
The theoretic and simulative results show that the pro-posed system can detect the steady and transient harmonics with shorter dynamic response time and better tracing performance of filter.
理论和仿真表明，系统可检测电路稳态和暂态谐波，且缩短了动态响应时间，改善了滤波器的跟踪性能。
On the basis of the programmable PID tuning, a filter of speed and acceleration feedforward is provided to insure the static accuracy and dynamic performance of the system.
该系统在可编程PID整定的基础上，提供了速度、加速度前馈滤波，以保证系统的静态精度和动态性能。
The filter can he designed and its order and parameters can be estimated according to the dynamic mathematical model of system and the dynamic compensated requirements.
根据系统的动态数学模型和动态补偿要求，便可设计这种滤波器，并可估计它的阶次和参数。
The dynamic characteristic, the filter characteristic, the stability and the repeatability of the system are also discussed.
讨论了整个测量系统的动态特性、滤波特性、测量的稳定性和重复性等特性。
The modeling principle of the proposed active power filter is analyzed. The dynamic diagram of the model is achieved by means of simulation and the convergence process of the system is analyzed.
对此有源滤波器的建模原理进行了分析，通过仿真建立了模型的动态曲线，在此基础上对系统的收敛过程作了分析研究，仿真和实验结果验证了理论分析的正确性。
Compared to the traditional filter, such filter takes care of both central resonance frequency's impact on system dynamic performance and other resonances' impact on system performance.
相对于常规滤波器，该滤波网络既考虑了中心谐振频率对系统动态性能的影响，又兼顾了其他谐振点对系统性能的影响。
Compared to the traditional filter, such filter takes care of both central resonance frequency's impact on system dynamic performance and other resonances' impact on system performance.
相对于常规滤波器，该滤波网络既考虑了中心谐振频率对系统动态性能的影响，又兼顾了其他谐振点对系统性能的影响。
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