Supplementary Information and Simulation Codes.
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https://figshare.com/articles/dataset/_Quantifying_Neural_Oscillatory_Synchronization_A_Comparison_between_Spectral_Coherence_and_Phase_Locking_Value_Approaches_/1635234
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资源简介：
The supplementary file contains supplementary methods, including mathematical derivation of phase-locking strength between two-coupled phase-oscillators, a more detailed description of the modulation sidebands in the FFT induced by systematic frequency or amplitude fluctuations and more information about the singular spectrum decomposition (SSD) (Methods A). The file contains two figures. A schematic description of the different phase-locking approaches used in this study (Figure A). Analysis of unidirectionally interacting gamma-generating neural networks receiving different detuning levels (Figure B). The file contains also two Matlab simulation codes. Phase-oscillator simulation (Simulation Code A) and simulation of gamma–generating neural network (Simulation Code B).
(DOCX)
本补充文件包含补充方法，涵盖双耦合相位振子（phase-oscillator）间锁相强度的数学推导、系统频率或幅度波动诱导的快速傅里叶变换（FFT）中调制边带的详细说明，以及关于奇异谱分解（SSD）的更多相关信息（方法A）。该文件包含两张配图：一是本研究中使用的各类锁相方法示意图（图A）；二是针对接收不同失谐程度的单向交互γ节律生成神经网络（gamma-generating neural network）的分析结果（图B）。此外，该文件还包含两份Matlab仿真代码，分别为相位振子仿真代码（仿真代码A）与γ节律生成神经网络仿真代码（仿真代码B）。（DOCX）
创建时间：
2016-01-18
