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Pronynalysis
- Prony分析是获取系统振荡模式特征的一种非常有效的方法，它可以通过给定输入信号下的响应直接估计系统的振荡频率、衰减、幅值和初相位。本文基于Prony算法提出一种用振荡模式能量级鉴别电力系统大干扰下主导低频振荡模式的方法。-Prony analysis acquisition system oscillation mode features a very effective way, It can set the input signal to the estimated direct resp
PrTb65
- 信号处理，Prony分析,常用于电力系统大扰动分析、在线模式分析、控制器设计-Signal processing, Prony analysis, commonly used in large power systems disturbance analysis, online mode analysis, controller design, etc.
prony
- prony算法在电力系统的低频振荡中的应用，分析，判断，给出频率相位等-prony algorithm in power system low frequency oscillation of the application, analysis, judgments, given frequency and phase, etc.
prony
- 基于prony算法的电力系统故障信号快速拟合-Algorithm based on prony quick fitting power system fault signals
I07_97_P-518
- The main frequency is an important parameter of an electrical power system. The frequency can change over a small range due to generation-load mismatches. Some power system protection and control applications The paper presents a new method
Prony
- 这是一个关于电力信号仿真算法：prony的详细解释，可以通过它很容易了解prony分析。-This is a power signal simulation algorithm: prony detailed explanation can be that it is easy to understand prony analysis.
Prony-Algorithm
- Prony算法在电力系统负荷动态模型辨识中的应用研究-Prony Algorithm in Power System Load Dynamic Model Identification Research
Improved-Prony-algorithms
- 基于窗口滑动改进Prony算法的电力系统低频振荡识别-Improved Prony algorithms based on sliding window Power System Low Frequency Oscillation identification
pronypower
- 关于prony一个分析电力系统谐波检测程序，准确分析暂态信号中的幅值 相位 频率-prony algorithm for power system harmonic estimation
Ringdown-Tools_030902
- 基于Prony算法的电力系统低频振荡分析工具箱，美国学者开发，非常实用-Based on Power System Low Frequency Oscillation analysis toolbox Prony algorithm, an American scholar development, very practical
prony
- 基于prony算法进行电力系统的低频振荡识别，可直接运行。-Prony algorithm based on low frequency oscillation recognition of the power system can be run directly.
prony80
- prony算法代码，成熟工程应用软件，用于电力系统低频震荡计算。-Prony algorithm code, engineering application software for power system low-frequency oscillation calculation
Prony
- Prony算法用来提取信号的幅值、频率、衰减因子和初相角。它在电力系统低频检测，谐波检测等方面运用非常广泛，但是缺点是抗噪性差，它的信号提取能力强，模拟曲线的能力强，但为了提高它的抗噪性，最好与其它方法相结合-The Prony algorithm is used to extract the amplitude, frequency, attenuation factor and initial phase angle of the signal. It is in the power sys