ICEC 2011 Workshop on Robustness and Reliability of Electronic Marketplaces
Wednesday 3 August 2011, Liverpool, UK
IMPORTANT: Workshop now an ICEC special track on Wednesday 3 August
Electronic marketplaces are ever more ubiquitous, and cover a wide range
of application areas such as financial exchanges, online auctions and
advertising, as well as electric power
trading. With so much of the economy depending on these systems working
properly, it is of paramount importance that they are robust and
reliable. Robustness in this context means that the marketplaces are
stable, and resilient to changes such as market shocks. Nothing
exemplifies the importance of robustness more than the recent financial
crisis, and the flash crash on the 6th of May 2010. Related to this,
reliability refers to the ability of the system to function properly,
and that there is little scope for manipulation. For example, in
electric power trading, the market must ensure that demand is matched by
supply to prevent blackouts occurring. In online advertising, markets
need to work efficiently and compute results within seconds or less. In
online auctions, bidders should be discouraged to snipe or to shade
their bids.
In order to obtain robust and reliable electronic marketplaces, it is
important to design the right incentives, structures and rules, and to gain a fundamental
understanding of such systems using modelling techniques. This is
achieved through the use of theoretical tools, such as game theory, as
well as empirical tools such as agent-based simulation. The aim of this
workshop is to bring together researchers from a variety of backgrounds,
including economics, mathematics, finance,
operations research and computer science, and
working on different application areas. In particular, topics of
interest for the workshop include, but are not limited to:
- Resilience in financial markets
- Algorithmic trading
- High-frequency trading
- Risk management
- Market bubbles and crashes
- Networks of markets
- Competition between markets
- Agent-based simulation of electronic marketplaces
- Market-based control of distributed systems
- Mechanism design