Pro-active Meeting Assistants: Attention Please!

This paper gives an overview of pro-active meeting assistants, what they are and when they can be useful. We explain how to develop such assistants with respect to requirement definitions and elaborate on a set of Wizard of Oz experiments, aiming to find out in which form a meeting assistant should operate to be accepted by participants and whether the meeting effectiveness and efficiency can be improved by an assistant at all. This paper gives an overview of pro-active meeting assistants, what they are and when they can be useful. We explain how to develop such assistants with respect to requirement definitions and elaborate on a set of Wizard of Oz experiments, aiming to find out in which form a meeting assistant should operate to be accepted by participants and whether the meeting effectiveness and efficiency can be improved by an assistant at all

Pro-active Meeting Assistants : Attention Please!

This paper gives an overview of pro-active meeting assistants, what they are and when they can be useful. We explain how to develop such assistants with respect to requirement definitions and elaborate on a set of Wizard of Oz experiments, aiming to find out in which form a meeting assistant should operate to be accepted by participants and whether the meeting effectiveness and efficiency can be improved by an assistant at all

From supply chains to demand networks. Agents in retailing: the electrical bazaar

A paradigm shift is taking place in logistics. The focus is changing from operational effectiveness to adaptation. Supply Chains will develop into networks that will adapt to consumer demand in almost real time. Time to market, capacity of adaptation and enrichment of customer experience seem to be the key elements of this new paradigm. In this environment emerging technologies like RFID (Radio Frequency ID), Intelligent Products and the Internet, are triggering a reconsideration of methods, procedures and goals. We present a Multiagent System framework specialized in retail that addresses these changes with the use of rational agents and takes advantages of the new market opportunities. Like in an old bazaar, agents able to learn, cooperate, take advantage of gossip and distinguish between collaborators and competitors, have the ability to adapt, learn and react to a changing environment better than any other structure. Keywords: Supply Chains, Distributed Artificial Intelligence, Multiagent System.Postprint (published version

Climate change policy, conflict and transformative governance

Climate change is the behemoth of our age. It defies description, is too large to comprehend, and what we do understand about it is often terrifying. This is for many, a good reason to stop thinking about it or, like Scarlett O’Hara, decide to “think about it tomorrow”. Thinking about the role of conflict in climate change policy is an even more challenging exercise, but one that this paper tries to address. Briefly I propose that climate change governance could productively utilise conflict as a transformative agent for decision making, rather than try and avoid it, or ‘solve it’ by embedding conflict resolution mechanisms within those governance frameworks.There are many points at which governance and climate change intersect, there are multiple entry and exit points, and policies need embedding from local to international levels to work. At the heart of the problem however is conflict: between states and territories, between cultures, between the ideas of rights and responsibility and between the environment and economics. But as with Scarlett O’Hara, our society is fundamentally incapable of dealing with conflict. We seek answers based on win-win solutions, and ways of engaging with each other that are diplomatic, and politically correct.Conflict as such, is feared as the blunt stone that will bludgeon and ruin negotiations and damage already fragile egos, societies and potential environmental outcomes. When societies cannot or will not change, or when the changes required necessitate unacceptable cultural compromise, disjuncture between them can develop into forums of conflict. Conflicts arising are partly explained by the fact that worldviews, perceptions of the problem, and ideas about solutions differ.I argue for the transformative potential of conflict to facilitate adaptive governance and policy around climate change and climate change adaptation.Key Points:Climate change governance could productively utilise conflict as a transformative agent for decision making, rather than try and avoid it, or ‘solve it’ by embedding conflict resolution mechanisms within governance frameworks.Climate governance frameworks should enable the conflict to become the conflict resolution process itself. This means identifying likely conflicts up front and then using them as the basis on which decisions about the most appropriate policies and planning are made, ensuring that such decisions are cognisant of and provide forums for effective ways around conflict in implementation.This process might take longer to negotiate, but will mean less likelihood of climate related policies stalling in implementation due to intractable conflict.One way of operationalising this model is to employ a three-dimensional local adaptive conflict governance framework comprising: (i) adaptive management (which includes anticipatory adaptation/foresight), (ii) communications, and (iii) reflexive practice

Incorporating stakeholders’ knowledge in group decision-making

International audienc

Driving safety: enhancing communication between clients, constructors and designers

This paper, which stems from qualitative research undertaken by the CRC for Construction Innovation in the context of the development of a Guide to Best Practice for Safer Construction in the Australian construction industry, investigates the communication relationship between the client, designer and constructor, and identifies the conditions under which effective communication takes place. Previous research has made little headway with respect to putting into practice strategies that have the potential to improve communication between the client, designer and constructor. This paper seeks to address this ongoing problem. From analysis of client, designer and constructor interviews that form part of industry-selected case studies reflecting excellence in OHS, best-practice tools that have the potential to enhance multi-party communication between the client, designer and constructor are presented. This research also informs the development of workable implementation strategies

A multi-agent approach for design consistency checking

The last decade has seen an explosion of interest to advanced product development methods, such as Computer Integrated Manufacture, Extended Enterprise and Concurrent Engineering. As a result of the globalization and future distribution of design and manufacturing facilities, the cooperation amongst partners is becoming more challenging due to the fact that the design process tends to be sequential and requires communication networks for planning design activities and/or a great deal of travel to/from designers' workplaces. In a virtual environment, teams of designers work together and use the Internet/Intranet for communication. The design is a multi-disciplinary task that involves several stages. These stages include input data analysis, conceptual design, basic structural design, detail design, production design, manufacturing processes analysis, and documentation. As a result, the virtual team, normally, is very changeable in term of designers' participation. Moreover, the environment itself changes over time. This leads to a potential increase in the number of design. A methodology of Intelligent Distributed Mismatch Control (IDMC) is proposed to alleviate some of the related difficulties. This thesis looks at the Intelligent Distributed Mismatch Control, in the context of the European Aerospace Industry, and suggests a methodology for a conceptual framework based on a multi-agent architecture. This multi-agent architecture is a kernel of an Intelligent Distributed Mismatch Control System (IDMCS) that aims at ensuring that the overall design is consistent and acceptable to all participating partners. A Methodology of Intelligent Distributed Mismatch Control is introduced and successfully implemented to detect design mismatches in complex design environments. A description of the research models and methods for intelligent mismatch control, a taxonomy of design mismatches, and an investigation into potential applications, such as aerospace design, are presented. The Multi-agent framework for mismatch control is developed and described. Based on the methodology used for the IDMC application, a formal framework for a multi-agent system is developed. The Methods and Principles are trialed out using an Aerospace Distributed Design application, namely the design of an A340 wing box. The ontology of knowledge for agent-based Intelligent Distributed Mismatch Control System is introduced, as well as the distributed collaborative environment for consortium based projects