|
Programme
| From |
To |
Activity |
Speaker
or Moderator |
Detail |
|
08:30
|
08:35
|
Welcome
|
The
Organizers
|
Explain
the point of the exercise. This is a workshop
aiming to uncover common participant interests and working
group formation; it is not meant to be a mini-conference,
especially not one where speakers talk about their work
in isolation and leave without any fallout or follow-up.
|
|
08:35
|
09:20
|
Invited
Talk
|
Rakesh
Agrawal
|
Making
Semantic Web Real: Some Building Blocks (Slides: Part
1, Part 2,
Part 3, Part
4, Part 5)
|
|
09:20
|
10:00
|
Discussion
|
Martin
Frank
|
Killer
SW end-user apps in 1-3 year horizon (and maybe how
they use existing research from other fields). Idea
is to come up with a list of particular applications
that people have an interest in and could work on together
after the workshop, such as e.g SW-based calendaring,
and those people would get together at the 1030 birds
session to start such a joint effort
|
|
10:00
|
10:30
|
Working
Break
|
|
Birds-of-a-feather
suggestion and sign-up sheets during break.
|
|
10:30
|
11:20
|
Birds
of a Feather
|
.
|
Groups
get together per the sign-ups. Whoever suggested the
topic is responsibile for making a list of participant
names plus record highlights and potential outcomes
from what was discussed.
|
|
11:20
|
12:00
|
Poster
Teaser Madness
|
Authors
|
Every
application paper and research paper category acceptee
gets to highlight their upcoming poster. Handful of
minutes per speaker, minimum of 1 slide, limit of 3
slides, must be on plain old plastic overhead transparencies,
no one is allowed to hook up a laptop.
|
|
12:00
|
13:30
|
Working
Lunch
|
.
|
Birds-of-a-feather
groups can go to lunch together if they wish.
|
|
13:30
|
02:15
|
Invited
Talk
|
Mike
Uschold
|
Creating
Semantically Integrated Communities on the World Wide
Web (Abstract, Paper
in PDF; Slides
in PDF)
|
|
02:15
|
03:00
|
Poster
Session
|
Authors
|
Every
poster shall consist of a minimum of 5 black-and-white
11/8.5 inch standard paper printouts, color and bigger
poster boards welcome of course, and laptop-based software
demos are strongly encouraged. Participants are handed
an evaluation sheet to rank the best three posters they
saw.
|
|
03:00
|
03:30
|
Working
Break
|
.
|
Poster
session continues.
|
|
03:30
|
04:00
|
Poster
Session
|
Authors
|
Poster
session continues.
|
|
04:00
|
04:30
|
Presentation
|
Stuart
E. Middleton, Harith Alani, Nigel R. Shadbolt, David
C. De Roure
|
Exploiting
Synergy Between Ontologies and Recommender Systems (Slides
in PPT; Paper)
|
|
04:30
|
04:40
|
Birds
of a Feather Outbriefs
|
BOF
presenters
|
Leader
of each session has a minute or two to summarize what
was discussed and of possible efforts continuing after
the workshop. Stand up and talk; no laptop hookups;
maybe one hand-written transparency.
|
|
04:40
|
04:55
|
Discussion
|
Organizers
|
Multiple
possible topics, including but not limited to "Is it
worth it to have this Semantic Web workshop now that
there is a main conference Semantic Web track? If so,
should it be any different from what we just went through?".
Also possible is a, "Semantic Web - what's it to you?"
or a "Semantic Web - hype versus reality" type discussion.
|
|
04:55
|
05:00
|
Goodbye
|
Organizers
|
Presentation
of "audience best paper award" based on the handed-in
poster rankings. Parting words of wisdom.
|
Proceedings
|
Research
Papers
|
|
|
|
Lule
Ahmedi, Georg Lausen
|
|
Ontology-Based
Querying of Linked XML Documents |
|
John
Davies, Alistair Duke, Audrius Stonkus
|
|
OntoShare:
Using Ontologies for Knowledge Sharing |
|
Martin
Frank, Pedro Szekely, Robert Neches, Baoshi Yan, Juan
Lopez
|
|
WebScripter:
World-Wide Grass-roots OntologyTranslation via Implicit
End-User Alignment |
|
Stefan
Haustein, Jörg Pleumann
|
|
Easing
Participation in the Semantic Web |
|
Erica
Melis, Jochen Büdenbender, Georgi Goguadze, Paul Libbrecht,
Carsten Ullrich
|
|
Semantics
for Web-Based Mathematical Education Systems |
|
Stuart
E. Middleton, Harith Alani, Nigel R. Shadbolt, David
C. De Roure
|
|
Exploiting
Synergy Between Ontologies and Recommender Systems |
|
Wolfgang
Nejdl, Boris Wolf, Steffen Staab, Julien Tane
|
|
EDUTELLA:
Searching and Annotating Resourceswithin an RDF-based
P2P Network |
|
Jacco
van Ossenbruggen, Lynda Hardman
|
|
Smart
Style on the Semantic Web |
|
John
R. Punin, M. S. Krishnamoorthy
|
|
Semantics
of Links and Document Structure Discovery |
|
David
Huynh, David Karger, Dennis Quan
|
|
Haystack:
A Platform for Creating, Organizing and Visualizing Information
Using RDF |
| Position
Papers |
|
|
|
Peter
Baumgartner, Ulrich Furbach
|
|
Model-Based
Deduction for Knowledge Representation
|
|
Jean
Caussanel, Jean-Pierre Cahier, Manuel Zacklad, Jean
Charlet
|
|
Cognitive
Interactions in the Semantic Web
|
|
Tanya
Gupta, Abir Qasem
|
|
Reduction
of price dispersion through Semantic E-commerce
|
|
Hong-Gee
Kim
|
|
Pragmatics
of the Semantic Web
|
|
Anya
Kim, Lance J. Hoffman, C. Dianne Martin
|
|
Building
Privacy into the Semantic Web: An Ontology Needed Now
|
|
Andy
Seaborne
|
|
An
RDF NetAPI
|
|
Hiroshi
Tsuda
|
|
Web
Link-Analysis for Automated Hot Web Directory
|
|
Kim
H. Veltman
|
|
Challenges
for a Semantic Web
|
| Claudia
Wanderley |
|
The
Theoretical Procedures on Linguistics to build an e-service
for research results spread |
Mike Uschold and Michael Gruninger
Creating Semantically Integrated Communities on the World
Wide Web
Abstract
In this paper, we address the question: How can we create
a network of semantically integrated communities on the World
Wide Web? We first clarify some confusion about what "semantics"
means and introduce a semantic continuum ranging from the
kind of semantics that exist on the Web today to a rich semantic
infrastructure on the Semantic Web of the future. We clarify
what is meant by "semantic integration" introducing
and defining a "gold standard" whereby two agents
that have never met before can successfully exchange information.
We acknowledge that this gold standard will only be reachable
in limited circumstances, and that a variety of approaches
will be needed to achieve successful agent interaction in
practical situations on the semantic Web. Towards this end,
we introduce several architectures for achieving semantic
integration. Each are defined and compared on the basis of
how the following questions are answered. Who and when are
semantic mappings created between agent ontologies? Is the
architecture point to point between each agents, or mediated
through another
ontology? What is the nature of agreements among the agents?
We conclude by making some predictions and reccomendations
on how the semantic Web will evolve in the coming years.
|
