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Applying Virtual and Augmented Reality in Cultural Computing

Christoph Bartneck, Jun Hu, Ben Salem, Razvan Cristescu and Matthias Rauterberg

Abstract— We are exploring a new application of virtual and augmented reality for a novel direction in human-computer interaction named ‘cultural computing’, which aims to provide a new medium for cultural translation and unconscious metamorphosis. In this application both virtual and robotic agents are employed as an interactive dialogue figure. The main objective of this project is to create an interactive installation named ALICE that encourages people in Western culture to reflect on themselves, based on the narrative of ‘Alice’s Adventures in Wonderland’ which address issues such as logic, rationality, and self.

Index Terms— Alice in Wonderland, cultural computing, experience, sub-
consciousness.

C. Bartneck, J. Hu, B. Salem, R. Cristescu, and M. Rauterberg, “Applying Virtual and Augmented Reality in Cultural Computing ” International Joural of Virtual Reality, vol. 7, no. 2, pp. 11-18, 2008.
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Far far away … To help expats feel more at home abroad

Far far away ...
Far far away ...

A nice project done by MieKe Kleppe. “The goal of my IBP is to design a system or device that will help expats to feel more at home abroad. I used literature, interviews, surveys and a context mapping session to find out that the real problem is that they feel far away from the people that really know them. After some more research and idea generation I refined my direction in designing a system or device that will motivate friends of the expat to share their daily life with the expat with use of text messages. So I chose to design something for the friends, not the expats themselves. The biggest challenge for this project was to make sending the messages as little effort for the friend as possible, but still keep it interesting for the expat.

The result of my project is a pendant that can be hung on the phone of the friend. With a simple sliding movement a message is send to his expat friend. Context awareness phones are used to determine what the friend is doing and which message should be send.”

Download the report [PDF, 800K] for details.

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Communication of remote context through lighting

A very nice project done by Bram Knaapen. “The non face-to-face communication of social and emotional experiences between people usually happens through phone or other media like e-mail, IM (instant messaging or webcam (e.g. Skype). The context in which the experiences were experienced plays an important role. Neither the technology nor our way of describing enables us to communicate this visual context in a way it can be “experienced” by the other person. There still are a few layers of formulation & interpretation in between: you can only imagine. This project focuses on the design of a system that is able to communicate the real-time visual context of a remote user so that the receiving person is able to “ feel” as if he/she is there without the translation steps that are required when describing an experience. Emphasis is on the visual element in experience and thus imaging technology. The final concept is a modular system of connectable triangles that can be mounted to the wall and can project areal-time abstract display system of a remote visual context.”

For more information, download the project report: [PDF, 2.5M]

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Teaching Machine Learning to Design Students

Bram van der Vlist, Rick van de Westelaken, Christoph Bartneck, Jun Hu, Rene Ahn, Emilia Barakova, Frank Delbressine, and Loe Feijs

Abstract – Machine learning is a key technology to design and create intelligent systems, products, and related services. Like many other design departments, we are faced with the challenge to teach machine learning to design students, who often do not have an inherent affinity towards technology. We successfully used the Embodied Intelligence method to teach machine learning to our students. By embodying the learning system into the Lego Mindstorm NXT platform we provide the student with a tangible tool to understand and interact with a learning system. The resulting behavior of the tangible machines in combination with the positive associations with the Lego system motivated all the students. The students with less technology affinity successfully completed the course, while the students with more technology affinity excelled towards solving advanced problems. We believe that our experiences may inform and guide other teachers that intend to teach machine learning, or other computer science related topics, to design students.

Keywords: teaching, machine learning, design, lego

B. van der Vlist, R. van de Westelaken, C. Bartneck, J. Hu, R. Ahn, E. Barakova, F. Delbressine, and L. Feijs, “Teaching Machine Learning to Design Students,” Technologies for E-Learning and Digital Entertainment, Lecture Notes in Computer Science Series, 5093/2008, Z. Pan, X. Zhang, A. E. Rhalibi et al., eds., pp. 206-217, Nanjing, China: Springer Berlin / Heidelberg, 2008.
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DOI: 10.1007/978-3-540-69736-7_23
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How to relocate Microsoft Groove data storage

It is quite annoying that Microsoft Groove 2007 stores its data files in the user’s profile directory, usually on the C: disk. There is no way in Groove 2007 to change it to a different place, for example, a seperated disk that many people prefer for the data files.

Kevin Reeuwijk in his blog suggests a solution, but only if you have Vista:

http://www.buit.org/2007/02/19/how-to-relocate-your-groove-2007-files-to-another-disk/

The idea is to create a symbolic link under the user profile directory, pointing to another preferred directory. However if you have Windows XP or 2000, you have no luck — There is no easy way in Windows XP and 2000 to create a symbolic link to a directory. But, if your file system is NTFS, you have your luck back.

 

Continue reading How to relocate Microsoft Groove data storage

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Overview of interesting Journals

Entertainment Computing

Matthias Rauterberg maintains an overview over established academic journals on Entertainment Computing (PDF)

Human Computer Interaction

A list at hcibib.org

Design

Christoph Bartneck’s DesignandScience.org

Entertainment Computing

Matthias Rauterberg maintains an overview over established academic journals on Entertainment Computing (PDF)

Continue reading Overview of interesting Journals

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Perceived Privacy Handling in an Amigo Extended Home Environment Application

by Abdullah Al Mahmud and Yeo Lee Chin. Final USI Project. Report: [PDF, 1M]

Perceived privacy i.e., how users perceive that their privacy is handled by the system, is one of the key issues for the user acceptance of current ambient intelligent environment applications. This project was carried out in the context of the Amigo project, a large IST funded project in which 15 European organizations work together on the development of interoperable software architectures and applications for intelligent ambient home environments. Within the Amigo project, one of the tasks is dedicated to gain insights into how perceived privacy should be handled in an ambient intelligent networked home environment. Our project consisted of designing and building a functional prototype in which the system adapted to changes in the context of the user and the user’s environment while accounting for the users control over their privacy.

Continue reading Perceived Privacy Handling in an Amigo Extended Home Environment Application

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UML in Action: Integrating Formal Methods in Industrial Design Education

Jun Hu, Philip Ross, Loe Feijs and Yuechen Qian

Abstract. When designing product behavior, the designer often needs to communicate to experts in computer software and protocols. In present-day software engineering, formal specification methods such as the Universal Modeling Language have been widely accepted. Teaching design students these formal methods is non-trivial because most of design students often have difficulties in programming the behaviors of complex produces and systems. Instead of programming, this paper presents a technique, namely “acting-out”, for design students to master the formal methods. The experience shows that acting-out not only worked out very well as a teaching technique, but also showed the potential for bridging the processes of industrial design and software engineering.

J. Hu, P. Ross, L. Feijs, and Y. Qian, “UML in Action: Integrating Formal Methods in Industrial Design Education ” Technologies for E-Learning and Digital Entertainment, Series, 4469/2007, pp. 489-498: Springer, 2007.
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DOI: 10.1007/978-3-540-73011-8_48
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Redesign a CD Player for Intuitive Rich Interaction

Bram Hendriks, Jun Hu

Abstract. This paper presents a redesign of a CD player, a combination of creative and analytical processes. After an analysis with users of the product and its functionalities, the interaction relabelling technique was used to explore richness of actions, while the Frogger framework was used to design for intuitiveness. The resulting ideas were translated into interactive prototypes, involving functional hard- and software. Evaluated with users during a usability test and integrated into a singular design.

Keywords: rich interaction, intuitiveness, design process

B. Hendriks, and J. Hu, “Redesigning a CD Player for Intuitive Rich Interaction,” in 12th International Conference on Human-Computer Interaction, CD Proceddings, Heidelberg, 2007, pp. 1607-1611.
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ApartGame: a Multi-User Tabletop Game Platform for Intensive Public Use

Dirk van de Mortel, Jun Hu

ABSTRACT
ApartGame is a tabletop platform that supports multiple games for social environments and intensive public use. This paper summarizes the design of ApartGame and the results from preliminary user evaluation. The integration of physical control and digital objects was a crucial design decision and it made the games on the platform tangible.

D. van de Mortel, and J. Hu, “ApartGame: a MultiUser Tabletop Game Platform for Intensive Public Use,” in Tangible Play Workshop, Intelligent User Interfaces Conference, Honolulu, Hawaii, USA, 2007, pp. 49-52.
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