GTI-IA-MIP-GRPSUniversidad Politécnica de Valencia (UPV)

www.agreement-technologies.org

Where are we from?.

• Universidad Politécnica de Valencia

• Departamento de Sistemas Informáticos y Computación (UPV)

• Lenguajes y Sistemas Informáticos

http://www.dsic.upv.es/users/ia/ia.html

Who are we?. People

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CU TU TEU Doctor ContratadoDoctor

Colaborador Técnicos Becarios

GTI-IA-MIP-GRPS

Who are we? People

Tool SuiteMAS

InfrastructureAgreementPlanning

Data Mining

Research Lines

• Open Multi-Agent Systems• Service Oriented MAS• Virtual Organizations• Multi-Agent System Infrastructure• MAS Development Tools• Methodology and Software Engineering for MAS• Planning• Recommender Systems• Data mining • Multi-Agent Systems in Virtual Reality Environments• Real-Time Artificial Intelligence• Operating Systems

Research Lines: Data Mining. People

Mª José Ramírez

José Hernández Orallo

César Ferri

Research Lines: Data Mining. Background

• Inductive Programming and Data-Mining – Inductive (Functional-)Logic Programming– Inductive Debugging

• Data Mining and Machine Learning – Multiclassifier systems– ROC analysis, cost-sensitive learning and model

evaluation for decision support – Relation between Generalisation operators and

distances– Learning from structured data

Research Lines: Planning. People

Eva Onaindía

Laura Sebastia Antonio Garrido

Oscar Sapena

Eliseo Marzal

Inma García

Research Lines: Planning. Background

• Planning– Classical planning: domain-independent planning algorithms,

decomposition techniques, landmarks-based heuristics for planning

– Planning and Scheduling (P&S): temporal reasoning and resource management, P&S integration, CSP

– On-line planning: planning and execution, execution monitoring, reactive planning, repairing, replanning

– Distributed planning: collaborative planning models

• Recommender Systems – Recommendation techniques: demographic filtering,

collaborative filtering, content-based filtering…, hybrid recommender systems

– Planning and recommendation: application to e-tourism and leisure time activities

Research Lines: MAS. People

Ana GarcíaAgustín Espinosa

Andrés Terrasa

Emilio Vivancos

Luís Hernández

José Soler

Vicente Julián

Estefanía ArgenteAdriana Giret

Miguel Rebollo

Carlos Carrascosa

Research Lines: MAS. Background

• Multi-agent Systems:– Methodology and Software Engineering for MAS (RT-Message,

Anemona, Gormas).– MAS Platforms (Magentix: support flexible interaction protocols and

conversations, general scalable security model, tracing service)– Open MAS / Service Oriented MAS (Thomas abstract architecture,

organization model, ..).– Multi-Agent Systems in Virtual Reality Environments (JGomas)

• Real-Time Artificial Intelligence (ARTIS, SIMBA, ..)

• Real-Time Systems. Real-Time Operating Systems (MarteOS, RT-Linux). Posix Tracing. Tools

• Recommender Systems (softcomputing techniques, e-tourism and leisure time)

Current Projects

• TIN2006-14630-C03-01THOMAS: Metodos, tecnicas y herramientas para sistemas multiagente Duración: 2007-2009

• TIN2007-68093-C02-02 TechnoLogics-UPV:Duración: 2007-2010

• TIN2005-03395 Magentix: Una plataforma de sistemas multiagente integrada en Linux Duración: 2006-2008

• TIN2005-08945-C06-06ADAPTAPLAN: Adaptación basada en aprendizaje, modelado y planificación

para tareas complejas orientadas al usuario Duración: 2006-2008

Numbers (last 5 years)

European projects 9 (1.8)

MEC projects 14 (2.8)

Other projects 22 (4.4)

SCI Journals 27 (5.4)

Other Journals 14 (2.8)

LNCS/LNAI 35 (7)

Conferences A 58 (11.6)

Conferences B 26 (5.2)

PhD Tesis 14 (2.8)

Agreement Technologies Project Effort

WP1: Semantics 9

WP2: Norms 27

WP3: Organisations 110

WP4: Argumentation and negotiation

193

WP5: Trust 24

WP6: Tool suite 162

WP7: Infraestructure 150

WP8: Real Case Studies 36

WP9: Dissemination and exploitation

12

WP10: Management 12

Person/Month

GTI-IA-MIP-GRPSUniversidad Politécnica de Valencia (UPV)

www.agreement-technologies.org

Agreement Technologies Project Effort

• WP1: Semantics – Task 1.3: Scalable Methods for Semantic Service Coordination (9 pm)

• WP2: Norms – Task 2.1 Computable Language for Normative Systems (9 pm)– Task 2.2 Individual Reasoning About a Normative System (9 pm)– Task 2.3 Declarative Specification of Electronic Institutions (9 pm)

• WP3: Organisations– Task 3.1. Autonomic Electronic Institutions. (9 pm)– Task 3.2: Agreement Planning (40 pm)– Task 3.3. Deliberative Agreement: social choice and collective judgment

models for open MAS (9 pm)– Task 3.4 3D Electronic Institutions (3DEI) (16 pm)– Task 3.5: Mechanisms for Efficient Organisational Teamwork (36 pm)

Agreement Technologies Project Effort

• WP4: Argumentation and negotiation – Task 4.1. Agreement Logics (9)– Task 4.2. Real-Time agreements (30)– Task 4.3. CBR-based Mediating Agent (24)– Task 4.4 Planning and scheduling capabilities for an agent (60)– Task 4.5 Agreement management with Data Mining (70)

• WP5: Trust – Task 5.1. Dynamic semantic alignment of trust and reputation

models. (12)– Task 5.2 Integrated trust model (12)

• WP6: Tool suite – Task 6.1: Design of a MAS methodology based on organizational

concepts (72)– Task 6.2: MAS Development Environment (90)

Agreement Technologies Project Effort

• WP7: Infraestructure – Task 7.1: Software architectures and

computation model (12)– Task 7.2. Multiagent System Platform (102)– Task 7.3: Multiagent System-Based

Operating Systems (36)

• WP8: Real Case Studies – Task 8.2: mWater Demonstrator (36)