Internal Documents
| [1] |
Mark Assad.
A short introduction to the subversion revision control system.
A presentation I gave to the Smart Internet Research group here at
The University of Sydney., April 2005. [ .html ] |
| [2] |
Mark Assad.
An introduction to securly erasing files with windows xp.
2005. [ .html ] |
| [3] |
Mark Assad.
dcaf - a distributed context aware framework.
The School of IT, The University of Sydney, Honours Thesis, November
2002. [ .pdf ]
Context aware systems allow the computer to be more involved with today's world. They will play a leading role in the development of ubiquitous, hand held, and wearable computer applications. In order for these systems to function, they must be able to communicate between each other in a common manner. To this end it must be simple for application developers to construct compatible programs. This research describes generic development framework for such context aware systems and its implementation. dCAF - a Distributed Context Aware Framework is designed to support high mobility in context devices. Allowing a user of the system to move from one location to another and have their context information always avalible. This research also explores the possibility of intergrating Voice over IP technologies into context aware applications. |
Presentations
| [1] |
Mark Assad.
A context aware framework.
Final Year Honours Presentation. [ www ] |
Publications
| [1] |
Mark Assad, Judy Kay, and Bob Kummerfeld.
Models of people, places and devices for location-aware services.
In adjuct proceedings of 4th International Pervasive Conference,
Late Breaking Results, May 2006. [ bib | .pdf ]
The Active Model (AM) is a novel approach to supporting context-aware ubiquitous services. At its core are active models for people, sensors, devices and places. These make it possible to quickly build and augment flexible ubiquitous personalisation services. We use a prototype implementation of a music presentation system to illustrate the active, distributed models and associated resource discovery. |
| [2] |
Mark Assad, Judy Kay, and Bob Kummerfeld.
The keep-in-touch system.
In Michael A. Evans, Andy Crabtree, Mike Fraser, Peter Tolmie, and
Rick McMullen, editors, Situating Ubiquitous Computing in Everyday Life:
Bridging the Social and Technical Divide (in conjunction with UbiComp 2005),
The Seventh International Conference on Ubiquitous Computing, September 2005. [ bib | .pdf ] |
| [3] |
Trent Apted, Judy Kay, and Mark Assad.
Sharing digital media on collaborative tables and displays.
In Kathy Ryall et al., editors, Proceedings of The Spaces
In-between: Seamful vs. Seamless Interactions (in conjunction with UbiComp
2005), Tokyo, Japan, September 2005. [ bib | .pdf ]
This paper describes the design and early experience with Cruiser - a multi-user, gestural, collaborative digital photo- graph sharing interface for a tabletop - and the techniques we use to share information with devices and other displays in its pervasive computing environment. The design is strongly in?uenced by the metaphor of physical photographs placed on the table and we have concentrated on the pro- vision of an effective UbiComp interface that does not use a keyboard, a mouse or traditional WIMP (Windows, Icon, Mouse, Pointer) interface widgets. That is, with an emphasis on seamlessness. Aspects of the interface include the ability to interactively attach audio, handwriting or drawings, as well as other photographs to the ?back? of an image after ?ipping it over; direct sharing of images with digital cameras, large displays and other UbiComp devices; and the provision of personal spaces - an area close to a user in which only they can work, which is enforced by the interface. |
| [4] |
Mark Assad, David J. Carmichael, Daniel Cutting, and Adam Hudson.
AR phone: Accessible Augmented Reality in the Intelligent
Environment.
In Stephen Viller and Peta Wyeth, editors, 2003 Australiasian
Computer Human Interaction Conference OZCHI 2003, pages 232-235, University
of Queensland, Australia, Nov 2003. [ bib | .pdf ]
This paper introduces the concept of the AR phone, a mobile phone acting as an augmented reality interface into an intelligent environment. We present scenarios to illustrate this concept and describe the design and implementation of a prototype system whereby a phone can capture images, transfer them to an intelligent environment and receive some form of visually augmented result. |
| [5] |
Mark Assad, David J. Carmichael, Daniel Cutting, and Adam Hudson.
A demonstration of mobile augmented reality.
In OzCHI Demo Section, 2003. [ bib | .pdf ]
This demonstration paper presents the AR phone, a mobile phone acting as an augmented reality (AR) interface into an intelligent environment. We describe the design and implementation of a prototype system whereby a phone can capture images, transfer them to an intelligent environment and receive some form of visually augmented result. In conclusion we explore some demonstrations of the system. |
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