格兰杰因果检验和VAR模型中的脉冲响应函数则进一步印证了上述结论。
The results of Granger Causality Tests and Impulse Response Function in VAR model have proved that conclusion further.
根据宏观经济因素与股市关系，运用向量自回归理论的脉冲响应函数，建立了相应的冲击反应模型。
In line with the relationship between macroeconomic factors and stock market, this paper USES impulse response function to establish a corresponding impact-response model.
结果表明，相关小波法比FFT方法具有更明显的优势，获得了更高精度的脉冲响应函数和频响函数的提取。
The simulation results show that compared with the traditional FFT method, correlation wavelet method exhibits obvious advantages over FFT method, and the accuracy of the results is greatly improved.
另外利用脉冲响应函数和方差分解方法考察二者之间相互影响的强度和初期影响情况。
It USES impulse response function and variance decomposition analysis to review interactional intension and incipient infection in them.
它包括使用两个复数透光片，其中一个振幅透射率等于该系统的相干脉冲响应函数，另一则为其共轭复数。
The amplitude transmittance of one of them is assumod to be the same function as the coherent impulse response of the system, and that of the other being complex conjugate of the former.
运用脉冲响应函数等实证分析方法，检验汇率、股票指数变动对上海银行间同业拆放利率稳定性的影响。
Test the stability of exchange rate, stock indices to Shibor by the use of impulse response function methods and other empirical analysis.
本文通过建立VAR模型，通过脉冲响应函数与方差分解的方法，研究了GDP与居民可支配收入变化冲击对房地产价格的动态影响。
Basing on the var model, we use the impulse response function and variance decomposition method to analyzed the dynamic effect of the change of GDP and income on the housing price.
本文给出了一个利用块-脉冲函数辨识线性反馈系统非参数模型——脉冲响应函数的序贯算法。
A sequential algorithm for linear feedback system identification via block-pulse functions is developed. The linear system is described by a nonparametric model, impulse-response function.
给出了一个利用非结构模型求解、用脉冲响应函数描述的系统的分析和最优控制问题的新方法。
A new method via unstructured model is presented for analysing the system described by impulse response function and solving its optimal control problem.
扼要介绍结合声发射检测系统仪器的实际条件以及标定试验求取系统脉冲响应函数的方法。
Dealing with the concrete conditions of instrument system and its calibration tests, tbe method to determine the impulse response function of acoustic emission is introduced briefly.
m系列广泛应用于系统脉冲响应函数的辨识。
Them-sequence are widely used to identify the impulse response function of a system.
本文采用了单位脉冲响应函数法识别模态参数，由所建数学模型的特征方程识别结合部的物理参数。
The impulse response method is adopted to identify the modal parameters, and the physical parameters are estimated from the characteristic equation of the mathematical model built.
该方法利用阶跃输入信号获取非线性增益的强一致性估计；利用不同幅值的周期脉冲输入信号获取线性子系统脉冲响应函数的强一致性估计。
The nonlinear gain and the impulse response functions of linear subsystem be obtained by using the step-changeds and cyclic impulse with different amplitudes as input signals.
最后结合了投资者情绪的影响，利用脉冲响应函数和方差分解对价量因果关系的动态表现形式作了进一步分析。
Finally, by introducing into the impact on investor sentiment, the paper study the dynamic forms of the causal relation of them using impulse response function and variance decomposition.
导出了共焦显微镜中不同荧光波长情况下的荧光功率传输函数、三维脉冲响应函数(3d P SF)和三维光学传递函数(3dOTF)。
Fluorescence power transfer function, three dimensional point spread function (3d PSF) and three dimensional optical transfer function (3d OTF) for the various fluorescent wavelength are calculated.
本文在构建VAR模型基础上，依据脉冲响应函数、方差与历史分解方法分析了石油、煤炭价格变动对经济影响的差异。
This paper studies on the different impact of oil and coal prices volatility on Macro-economy based on the VAR model.
通过对时间序列建立向量误差修正模型，运用单位根检验、协整检验、格兰杰因果关系检验、脉冲响应函数等方法精确地度量系统中变量之间相互影响的动态过程。
The article USES VECM, ADF Test, Johansen Test, Granger Causal Relation Test, Impulse Response Function to accurately measure the process that the variables influence each other in the system.
脉冲响应函数和方差分解则动态分析了各影响因素对能源消费的冲击效果和影响程度。
Impulse response function and variance decomposition are used to analyze each influencing factor's effect of impact and influence degree on the consumption of energy dynamically.
基于脉冲响应函数的卷积积分，将作用在桥梁主梁上的自激力表达为时域形式。
The self-excited loads acted on the bridge deck are expressed inthe time domain in the terms of convolution integrals with impulse-response-func ions type kernels.
基于脉冲响应函数的卷积积分，将作用在桥梁主梁上的自激力表达为时域形式。
The self-excited loads acted on the bridge deck are expressed inthe time domain in the terms of convolution integrals with impulse-response-func ions type kernels.
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