Trust, Reputation and User Modeling
|Subevent of||UMAP 2011 - User Modeling, Adaptation and Personalization|
|Dates||2011/07/11 (iCal) - 2011/07/11|
|Camera ready due:||2011/05/31|
|Table of Contents|
Workshop on Trust, Reputation and User Modeling (TRUM) With UMAP’2011, Girona, Spain, July 11, 2011
Important Dates: April, 15 2011: Deadline for workshop paper submissions. May, 13 2011: Notification to Authors of accepted papers. May, 31 2011: Camera ready.
Objectives and Topics:
The first Trust, Reputation and User Modeling (TRUM) workshop pursues the following specific objectives: o To bring researchers together from the communities of trust and reputation modeling and user modeling; o To initiate and facilitate discussions on the new trends in trust, reputation and user modeling, and to move the trends forward. o To provide a forum for cutting-age research
There are three ways in which the area of user modeling and the area of trust and reputation modeling overlap.
First, decentralized and ubiquitous user modeling has sought inspiration from research in multi-agent systems over the last 6 years, resulting in a series of workshops at the UM conference in 2005, 2007 and UMAP 2009. The current trend towards software apps using the cloud to store and process information that can be downloaded on social networks and mobile devices platforms brings new importance to the area of decentralized user modeling. Frameworks for dynamic and purpose based sharing of user model fragments among apps needs to take into account the trust among these apps. The trust of one agent in another can be viewed as a simple user/agent model. Researchers in the area of trust and reputation mechanisms have studied for many years techniques allowing autonomous agents and peers to share, aggregate and make decisions based on these simple user models. User modeling researchers can gain useful insights from this area.
Second, the area of trust and reputation modeling has experienced rapid growth in the past 7 years. Recently, two important trends have been emerging in this area. One is the computational modeling of agents' cognition, such as subjectivity and disposition, to achieve more accurate trust and reputation modeling. Another trend is modeling of agents' trust using a stereotype approach to deal with the problem of lack of experience. Both of these trends are closely related to studies in user modeling. The evidential success of these new trends inspires and encourages researchers in the trust community to make use of the rich literature in user modeling to develop more comprehensive trust and reputation modeling approaches.
Finally, a third important way in which research in user modeling overlaps with trust is the user’s trust in the adaptive / personalized application. In effect it is a symmetrical area to that of user modeling: while user modeling suggests that the system models the user, here the user models the system. It relates to issues of user’s understanding of the application, and of the privacy and integrity of the user model data, both of which are actively studied in the user modeling community. Facilitating the user’s understanding and trust in the system’s functioning and the way it manages the user’s data is very important, since it determines the user’s acceptance of the application’s recommendations or persuasion, the user’s satisfaction with the application’s functionality, and ultimately, its success.
Topics to be covered in this Workshop include but are not limited to:
Trust and Reputation Modeling - Subjectivity and Disposition in Trust and Reputation Modeling - Cognitive and Computational Trust - Stereotype-based Trust Modeling - Trust in Social Networks - Trust-based Recommender Systems - Trust and Reputation Modeling in Mobile Networks - Trust in Organizations, Institutions and Systems - Models and mechanisms for privacy
User Modeling - Decentralized User Modeling approaches - Purpose-based user modeling - Sharing of User model fragments - User modeling in mobile computing, e.g. smart phone apps, vehicles, cameras - User Modeling in ambient and ubiquitous computing - User modeling in Social Networks - Modeling evolving trust relationships among users in social networks - Modeling evolving trust or distrust of users in applications (privacy, integrity of user data) - Modeling trust of users in recommenders and persuasive applications.
Julita Vassileva, University of Saskatchewan, Canada Jie Zhang, Nanyang Technological University, Singapore
Lora Aroyo, Free University of Amsterdam, The Netherlands Susan Bull, University of Birmingham, UK, Robin Cohen, University of Waterloo, Canada, Anwitaman Datta, Nanyang Technological University, Singapore, Ralph Deters, University of Saskatchewan, Canada, Ali Ghorbani, University of New Brunswick, Canada, Steve Marsh, Communications Research Centre, Canada, Judith Mashoff, University of Aberdeen, UK, Murat Sensoy, University of Aberdeen, UK, Aaditeshwar Seth, Indian Institute of Technology Delhi, India, Thomas Tran, University of Ottawa, Canada, Yang Wang, Carnegie Mellon University, USA
All submissions should be no longer than 12 pages in LNCS format. Please submit your paper on the TRUM Workshop Easychair site. All papers must be submitted in either Adobe Portable Document Format (PDF), or Microsoft Word Format (doc). All papers must be original and must not have been published or under review elsewhere. Submissions will be reviewed for relevance, originality, significance, validity and clarity. All articles selected for publication will be reviewed by at least two reviewers with expertise in the area.
|Acronym||TRUM 2011 +|
|Camera ready due||May 31, 2011 +|
|End date||July 11, 2011 +|
|Event type||Workshop +|
|Has coordinates||41° 58' 45", 2° 49' 12"Latitude: 41.9793|
Longitude: 2.8199444444444 +
|Has location city||Girona +|
|Has location country||Category:Spain +|
|Notification||May 13, 2011 +|
|Paper deadline||April 15, 2011 +|
|Start date||July 11, 2011 +|
|Subevent of||UMAP 2011 - User Modeling, Adaptation and Personalization +|
|Submission deadline||April 15, 2011 +|
|Title||Trust, Reputation and User Modeling +|