Skip Nav Destination
Rare Events in Complex Systems: Understanding and Prediction
Complex systems such as the earth, brain, human society, and infrastructure systems experience events which are rare in frequency but can have catastrophic consequences. A new approach which has shown promise in the analysis and prediction of rare events is the theory of complex networks. In this Focus Issue, we discuss different tools from network science and dynamical systems that could potentially improve our understanding of rare events in complex systems and provide us the ability to predict and mitigate their unpleasant outcomes.
Guest Editors: Ugur Öztürk and Nishant Malik
EDITORIALS
Nishant Malik; Ugur Ozturk
REGULAR ARTICLES
Nishant Malik
REGULAR ARTICLES
Timo Bröhl; Klaus Lehnertz
REGULAR ARTICLES
F. Bauzá; G. Ruiz-Manzanares; L. Pérez-Sienes; A. Tarancón; D. Íñiguez; J. Gómez-Gardeñes
REGULAR ARTICLES
Fang Yang; Yayun Zheng; Jinqiao Duan; Ling Fu; Stephen Wiggins
REGULAR ARTICLES
Kevin K. W. Cheung; Ugur Ozturk
REGULAR ARTICLES
Arindam Mishra; S. Leo Kingston; Chittaranjan Hens; Tomasz Kapitaniak; Ulrike Feudel; Syamal K. Dana
REGULAR ARTICLES
Pavan Kumar Yeditha; Venkatesh Kasi; Maheswaran Rathinasamy; Ankit Agarwal
REGULAR ARTICLES
Huanyu Wu; Yong Zou; Lincoln M. Alves; Elbert E. N. Macau; Gilvan Sampaio; Jose A. Marengo
REGULAR ARTICLES
Aanjaneya Kumar; Suman Kulkarni; M. S. Santhanam
REGULAR ARTICLES
Ravi Kumar Guntu; Pavan Kumar Yeditha; Maheswaran Rathinasamy; Matjaž Perc; Norbert Marwan; Jürgen Kurths; Ankit Agarwal
REGULAR ARTICLES
Frederik Wolf; Jurek Bauer; Niklas Boers; Reik V. Donner
REGULAR ARTICLES
Mohammad Farazmand