Temporal Fluctuations in Functional Networks of the Human Brain - Modeling brain transition between cognitive states

该项目将结合多学科方法来模拟大脑适应性功能相互作用，从而实现认知功能。利用跨学科的理论技术，受复杂系统理论和应用数学的启发，以及来自无创脑成像的现有实验数据，该项目的目的是模拟人类大脑网络在(i)休息和（ii）注意力要求认知状态下的重构特性。研究结果将为理解伴随不同认知过程的人类大脑功能提供一种变革性的科学方法，并将促进可行的分析和建模技术的发展，从而深入了解认知功能的动态机制。

This project will combine multidisciplinary approaches to model brain adaptive functional interactions enabling cognitive functions. Leveraging interdisciplinary theoretical techniques, inspired by complex system theory and applied mathematics, and existing experimental data from noninvasive brain imaging, the aim of this project is to model reconfiguration properties of human brain networks in (i) rest and (ii) an attentionally demanding cognitive state. Results will enable a transformative scientific approach to understand the functionality of the human brain accompanying diverse cognitive processes, and will foster the development of viable analytical and modeling techniques leading to significant insight into dynamical mechanisms of cognitive function.