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The area of graph theory can be traced back as
far as Leonhard Euler's paper discussing Konigsberg
and its bridges, Solutio problematis ad geometriam situs pertinentis, in 1736.
Since then graphs have been widely used to represent data and relationships.
Some of the more recent applications of graph theory include representations
of the World Wide Web - files being represented by vertices and links as
(directed) edges.
The topics of interests include but are not
limited to:
- Tools
for the effective visualisation of graphs
- Advances
in graph drawing algorithms
- Applications
of graph theory such as
- The
use of graph theory for analysing and visualising parallel and distributed algorithms (reachability graphs of communicating processes)
- Graph
theory applied to VLSI
- The
use of graph theory for analysing and visualising scheduling systems
- Radio
network planning based upon graph theory
- Graphs
for timetabling systems
- The
visualisation of hypergraphs
- Project
management using PERT diagrams
- Algorithms
and software for drawing orthogonal graphs
- Algorithms
and software for drawing force directed graphs
- Algorithms
and software for drawing hierarchical graphs
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All entries should be
addressed to:
Professor Carsten
Maple
Software Engineering research
Hub,
University of Luton,
Park
Square, Luton, LU1 3JU, UK
Tel: (Int. +44) 1582 489164
Fax: (Int. +44) 1582 489212
Email: carsten.maple@beds.ac.uk
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All other enquiries
should be addressed to:
Anita D’Pour,
Conference Co-ordinator
P.O. BOX 29, HATFIELD, AL9 7ZL, United
Kingdom.
T: (Int. +44) 1707 - 652
224
F: (Int. +44) 1707 - 652
247
E: IV07@graphicslink.co.uk
U:
www.graphicslink.demon.co.uk/IV07/AGT.htm
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