Titlebook: Contagion! Systemic Risk in Financial Networks; T. R. Hurd Book 2016 The Author(s) 2016 05C80, 90B15, 60K35, 91G99.network science.random

安撫

https://doi.org/10.1007/978-3-662-24819-5olation theory. The main results apply to random financial networks with locally tree-like independence and characterize zero-recovery default cascade equilibria as fixed points of certain cascade mappings. The proofs of the main results follow a new and distinctive template presented here for the f

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音樂(lè)會(huì)

Percolation and Cascades,lation theory on random graphs, we develop an idea known as “bootstrap percolation” that proves to be the precise concept needed for unravelling and understanding the growth of simple network cascades. These principles are illustrated by the famous Watts model of information cascades.

Culmination

COW

https://doi.org/10.1007/978-3-662-24820-1The prospects are considered for extending the mathematical framework of cascade mechanisms on locally tree-like random financial networks to address problems of real financial importance.

印第安人

Systemic Risk Basics,Attempts to define systemic risk are summarized and found to be deficient in various respects. This introductory chapter, after considering some of the salient features of financial crises in the past, focusses on the key characteristics of banks, their balance sheets and how they are regulated.

共棲

Dysplasia

防御

Die staatliche Regelung privater Betriebelation theory on random graphs, we develop an idea known as “bootstrap percolation” that proves to be the precise concept needed for unravelling and understanding the growth of simple network cascades. These principles are illustrated by the famous Watts model of information cascades.

構(gòu)想