Research Presentations
I. Overview
Each student will pick up a topic and prepare
a presentation
in class. The grade for your presentation will reflect:
(a) the depth of the research done on the subject;
(b) the ability to answer questions posed in class;
(c) the quality of the presentation.
See the class description for the
weight of the research
presentation on your course grade.
For the presentation a student will have to:
1. Carry out a literature search
and read several papers.
I will assist those
who have real problems in finding
references but you
are mostly on your own.
Hint: use Web search
engines to locate materials of
interest. Come during
my office hours and talk to me.
2. Decide upon a subset of papers
judged to be the most
relevant for the
subject.
3. Prepare a brief (one page) abstract
of each paper selected in
step (2). Use the
original abstract of the paper as a model, but
add to it your own
evaluation of the paper in terms of:
relevance to the subject,
difficulty, clarity of presentation.
4. Create a document including
the abstracts and send it to me
at least two weeks
prior to the scheduled presentation in class.
The document should
be written in Word and drawings should be
done using Visio. The bibliography should follow the format
below.
5. Prepare a class presentation.
The presentation should last
about 45 minutes
and you should leave 15 minutes for
questions. The
presentations should be done in Powerpoint
with drawings
in Visio. You will need 20-30 slides.
6. Send me an electronic copy of your presentation
2 days prior to
your scheduled talk.
II. Topics
1. Javaspaces and T Spaces
Who: Theresa
Tamash
When:
Monday, November 4, 2002
2. PNML - Petri Net Markup Language.
Example
Who: Nick Paladino
When: Monday,
September 23
3. WSDL - Web Services Description
Language
Example
Who: Jason Glenn
When:
Monday, September 30, 2002
4. WSFL - Web Services Flow Language
Who: Guoqiang Wang -
gwang@cs.ucf.edu
When:
Monday, October 7, 2002
5. WfDL - Workflow Description Language
and Workflow Patterns.
Who: Li Wang
When:
Monday, October 14, 2002
6. SOAP - Simple Object Access
Protocol
Who: Juan Vargas
When: Monday, October 21,
2002
7. Planning algorithms
Who: Han Yu
When: Monday,
September 9, 2002
8. RDF - Resource Description
Framework
RDF
Write-up
Who:
Jon Catlett
When:
Monday, October 28, 2002
9. Java for Embedded Systems
Who:
Felix Hamza Lup
When:
Monday, November 18, 2002
10. Globus
Who: Yayati Kasralikar
When: Monday,
November 25, 2002
The research presentations will be assigned on
a
first-come-first-served (FCFS
) basis.
I will schedule the class presentations to integrate
well with the flow of the class.
III. Sample literature
[Aal00] Aalst, W.M.P. van der (2000). Workflow Verification:
Finding Control-Flow Errors Using Petri Bet-Based
Techniques.
In: Business Process Management (Aalst,
W.M.P. van der, J. Desel,
A. Oberwies, Eds.), LNCS, vol. 1806,
161-183.
[Ber98] Berman F. (1998). High Performance Schedulers.
In:
The Grid. Blueprint for a New Computing Infrastructure
(I. Foster and C. Kesselman, Eds.). Morgan
Kaufmann, 279–311.
[BKM98] Barzilai, T., D. Kandlur, A. Mehra, D.
Saha, and S. Wise (1998).
Design and Implementation of an RSVP-Based
Quality of Service
Architecture for `
Integrated Services Internet’. IEEE J. Selected
Areas in Communications, 16(4).