v-mWater: An e-Government Application for Water Rights Agreements
نویسندگان
چکیده
Nowadays, governments are increasingly taking advantage of Information and Communication Technologies to provide services over the internet (the so-called e-Government applications) to citizens, businesses, employees, and agencies. We argue that e-government services will benefit from being distributed and intelligent, and thus, that they can be modelled as Multi-Agent Systems (MAS). The field of MAS focuses on the design and development of systems composed of autonomous entities which interact within an environment in order to achieve their common or individual goals. Nevertheless, although humans can be seen as autonomous entities, most MAS methodologies and infrastructures do not consider direct human participation. In general, human role is limited to acting behind the scenes by customising provided agent templates. The resulting agents participate in the system on humans’ behalf. In order to overcome this limitation we propose using 3D Virtual Worlds, which is one of a very few technologies that provides all the necessary means for direct human inclusion into software systems. 3D Virtual Worlds are 3D graphical environments where humans participate represented as graphical embodied characters (avatars) and can interact there by using simple and intuitive control facilities. We advocate that 3D Virtual Worlds technology can be successfully used for “opening” multiagent systems to humans. This idea is taken in Virtual Institutions, which combine Electronic Institutions and 3D Virtual Worlds to engineer applications where participants may be human and software agents. In this paper we present the prototype v-mWater, a virtual market based on tradingWater. It is an e-Government application in the agriculture domain modelled as a Virtual Institution where participants are irrigators and employees of a hydrographic Pablo Almajano · Tomas Trescak ·Marc Esteva Artificial Intelligence Research Institute (IIIA) CSIC, Barcelona (Spain), e-mail: palmajano,ttrescak,[email protected] Inmaculada Rodriguez ·Maite Lopez-Sanchez University of Barcelona, Barcelona (Spain), e-mail: inma,[email protected]
منابع مشابه
mWater: a Sandbox for Agreement Technologies
The management of natural resources is an intricate and consequential task. In particular, water management is at the forefront of public policy priorities in many countries because of its growing scarcity and its considerable economic and social implications. At the core of water policy is the need to foster a more rational use of the resource, and one way of fostering efficiency might be the ...
متن کاملv-mWater: a 3D virtual market for water rights (demonstration)
Most of MAS methodologies and infrastructures do not consider direct human participation even though humans can be seen as autonomous entities (i.e. human agents). Virtual Worlds (VW) provide all the necessary means for direct human inclusion into software systems. Virtual Institutions (VI) take advantage of this and combine Electronic Institutions (EI) and VWs to engineer MAS applications wher...
متن کاملv-mWater: a 3D Virtual Market for Water Rights1 (Demonstration)
Most of MAS methodologies and infrastructures do not consider direct human participation even though humans can be seen as autonomous entities (i.e. human agents). Virtual Worlds (VW) provide all the necessary means for direct human inclusion into software systems. Virtual Institutions (VI) take advantage of this and combine Electronic Institutions (EI) and VWs to engineer MAS applications wher...
متن کاملmWater, a Case Study for Modeling Virtual Markets
We propose an electronic institution approach to build a virtual market as an open multi-agent system that handles several negotiation protocols in a coherent and flexible fashion. This proposal has been inspired by the work in mWater, which is developed as a regulated environment where autonomous agents trade rights for the use of water in a closed basin. We also present a generic negotiation ...
متن کاملmWater, a Case Study for Modeling Virtual Markets
We propose an electronic institution approach to build a virtual market as an open multi-agent system that handles several negotiation protocols in a coherent and flexible fashion. This proposal has been inspired by the work in mWater, which is developed as a regulated environment where autonomous agents trade rights for the use of water in a closed basin. We also present a generic negotiation ...
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