Mitraszewski P, Blinowska K J, Franaszczuk P J, Kowalczyk M
Biol Cybern. 1987;56(4):255-60. doi: 10.1007/BF00365220.
By means of the autoregressive model the transfer function and the impulse response function were determined and the parameters characterizing electrocortical oscillators were found for the four brain structures of the experimental animals. Different kinds of the representation of these parameters were compared and their sensitivity to the different factors was tested. The advantages of the proposed method over the conventional spectral analysis were demonstrated. Cluster analysis was applied in order to test the stability of the determined basic rhythms. Proposed method seems to be very useful for the investigation of the processes of rhythmical activity generation and control.
通过自回归模型确定了传递函数和脉冲响应函数，并为实验动物的四种脑结构找到了表征皮质电振荡器的参数。比较了这些参数的不同表示形式，并测试了它们对不同因素的敏感性。证明了所提方法相对于传统频谱分析的优势。应用聚类分析来测试所确定的基本节律的稳定性。所提方法似乎对研究节律性活动的产生和控制过程非常有用。
