Personal Information
Organización/Lugar de trabajo
London United Kingdom
Ocupación
Founder and CEO
Sector
Finance / Banking / Insurance
Sitio web
www.fna.fi
Acerca de
Kimmo Soramäki is the Founder and CEO of Financial Network Analytics (FNA) and the founding Editor-in-Chief of the Journal of Network Theory in Finance. Kimmo started his career as an economist at the Bank of Finland where he developed in 1997 the first simulation model for interbank payment systems. In 2004 while at the research department of the Federal Reserve Bank of New York, he was among the first to apply methods from network theory to improve our understanding of financial systems. During the financial crisis of 2007-2008 Kimmo advised several central banks, including the Bank of England and European Central Bank, in modeling interconnections and systemic risk. This work led him to
Etiquetas
systemic risk
network theory
financial network analysis
financial stability
finance
sna
payment system
financial markets
payment systems
networks
social network analysis
visual analytics
network analysis
financial networks
liquidity
rtgs
network science
agent based model
interbank
stress testing
risk management
correlation analysis
data visualization
oversight
financial crisis
visualization
agent-based modeling
fna
simulation
market risk
big data
swift
complexity
simulations
banking regulation
settlement
interchange fee
two-sided markets
competition
abm
disruption
fintech
exposures
fire sales
casualty risk
heavytails
business continuity
financial infrastructures
scenario development
interconnectedness
contagion
centrality
banking
intraday liquidity risk
graph theory
network
counterparty risk
clearing
pagerank
sinkrank
counterfactual simulations
interbank payment system
central banking
computer science
software
agnt based modeling
credit vards
duopoly
learning
behavior
market
interlinked
interdedendencies
payment system simulation
risk
payment
pricing
bargaining
cas
network topology
complex adaptive system
cls
standard
hybrid
netting
trends
offshore
social network anaysis
lsm
interdependencies
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