Multi‐agent technologies in economics
Published date | 01 April 2017 |
Author | Javier Bajo,María José Escalona,Philippe Mathieu |
Date | 01 April 2017 |
DOI | http://doi.org/10.1002/isaf.1415 |
SPECIAL ISSUE ARTICLE
Multi‐agent technologies in economics
Javier Bajo
1
|Philippe Mathieu
2
|María José Escalona
3
1
Departamento de Inteligencia Artificial,
Universidad Politécnica de Madrid, Madrid,
Spain
2
Université de Lille, Villeneuve‐d'Ascq, France
3
ETS Ingeniería Informática, Universidad de
Sevilla, Seville, Spain
Correspondence
Javier Bajo, Departamento de Inteligencia
Artificial, Universidad Politécnica de Madrid,
Madrid, Spain.
Email: jbajo@fi.upm.es
Summary
This paper summarizes some of the trends in the use of multi‐agent technologies in economics.
Multiple agent systems, fuzzy sets and neural networks are critical tools used to investigate the
emerging economics research agenda related to data mining, dynamic markets stock selection
and bank stress testing. This paper reviews the contributions of four such examples.
KEYWORDS
distributed systems, economics, intelligent systems,multi‐agent systems
Increasingly, applications in economics, finance and markets are using
tools based on artificial intelligence, including multi‐agent systems,
fuzzy sets, genetic algorithms, neural networks and other approaches,
in order to garner a better understanding of the emerging issues.
Issues such as the interaction of different markets (e.g. Widiputra,
Pears, Serguieva, & Kasabov, 2009), the automation of explanations
(e.g. Daniels & Caron, 2009) and risk analysis (e.g. Ballini, Mendonça,
& Gomide, 2009; Canedo & Jaramillo, 2009) can require multiple
tools in order to capture the phenomena. Further, it is becoming
increasingly important for research to cross disciplinary boundaries
in order to access emerging research.
This issue of Intelligent Systems in Accounting, Finance and Manage-
ment presents a special issue based on papers from the International
Conference on Practical Applications on Agents and Multi‐Agent Sys-
tems (PAAMS 2016) held in Salamanca, Spain, 1–3 June 2016. PAAMS
provides an international forum to present and discuss the latest scien-
tific developments and their effective applications, to assess the
impact of the approach, and to facilitate technology transfer. PAAMS
started as a local initiative, but it has since grown to become the inter-
national yearly platform to present, to discuss and to disseminate the
latest developments and the most important outcomes related to
real‐world applications. It provides a unique opportunity to bring
multidisciplinary experts, academics and practitioners together to
exchange their experience in the development and deployment of
agents and multi‐agent systems. PAAMS intends to bring together
researchers and developers from industry and the academic world to
report on the latest scientific and technical advances on the application
of multi‐agent systems, to discuss and debate the major issues, and to
showcase the latest systems using agent‐based technology. It will
promote a forum for discussion on how agent‐based techniques,
methods and tools help system designers to accomplish the mapping
between available agent technology and application needs. Other
stakeholders should be rewarded with a better understanding of the
potential and challenges of the agent‐oriented approach.
The conference is organized by the Bioinformatics, Intelligent
System and Educational Technology Research Group (http://bisite.
usal.es/) of the University of Salamanca. During recent years, artificial
intelligence systems applied to accounting, financing and management
have gained relevance (Albanis & Batchelor, 2007; Almejalli, Dahal, &
Hossain, 2007; Aragonés, Blanco, & Estévez, 2007; Ballini et al.,
2009; Canedo & Jaramillo, 2009; Daniels & Caron, 2009; Di Napoli,
Santamaria, & Rossi, 2017; Galeshchuk, 2017). This special issue is
based on selected, expanded and significantly revised versions of the
best papers presented at the conference focused on distributed
artificial intelligence systems in accounting and financing.
In the first paper, Di Napoli et al. (2017) present a decision support
system aimed at helping involved stakeholders to make decisions to
plan passengers' transportation in the city and also to evaluate the
consequences for the city if the plans are really implemented. Cruise
tourism represents a strategic sector for the economic growth of
several countries impacting on different direct and indirect markets.
The arrival of cruises in a city represents an unmissable opportunity
to increment its tourist market penetration. The proposed system is
designed according to the multi‐agent paradigm, allowing one to easily
manage the necessary coordination among different entities and data
sources that are usually distributed and need to cooperate to provide
useful suggestions. In addition, a prototype of a web‐based application
is provided to end users, so that it can run on heterogeneous plat-
forms, and it can be easily accessed by different users from different
devices, as is the case for the application domain considered. The
novelty of the approach proposed in this work is to adopt a system
design methodology that allows one to clearly separate the different
DOI: 10.1002/isaf.1415
Intell Sys Acc Fin Mgmt. 2017;24:59–61. Copyright © 2017 John Wiley & Sons, Ltd.wileyonlinelibrary.com/journal/isaf 59
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