Volume 2286: 9th Jagna International Workshop: Stochastic Analysis – Mathematical Methods and Real-World Models

Summary of this volume: Stochastic fluctuations are ubiquitous in complex biological, physical, and social systems. Literature abounds in studies applying commonly encountered stochastic processes: Wiener, Lévy, Ornstein-Uhlenbeck, Poisson, noise in various forms – white, grey and colored, and fractional stochastic processes for anomalous diffusion. However, rapid advances in technology continue to spew large volumes of data. Maintaining a big picture perspective and decoding information from such rapid data outflow require an expanded mathematical toolbox that minimizes complicated estimation and approximation methods. To address this issue, the “9th Jagna International Workshop: Stochastic Analysis – Mathematical Methods and Real-World Models” held on 8 – 18 January 2020 at the Research Center for Theoretical Physics, Central Visayan Institute Foundation, Jagna, Bohol, Philippines, served as a forum for discussion of stochastic analytical methods for real world models of complex systems such as those exhibiting memory or dissipation. The Proceedings of the Workshop would allow others to benefit from the talks presented.

These proceedings will be of interest to: Researchers from graduate students to Postdocs and university professors who wish to understand the story encoded in large amounts of data would be interested in this volume. Data analysts, statisticians, mathematicians, biophysicists and bioinformatics experts would be interested in this volume which treats random observables generated by physical and social systems.

For further information about this volume: Please view the table of contents available on AIP Publishing's Scitation platform: Volume 2286 table of contents.