Research
Current Research Projects
ANTARES 1
John Kececioglu and Richard Snodgrass
The Arizona-NOAO Temporal Analysis and Response to Events System
Concrete Complexity 1
John Kececioglu, Pete Downey, and Richard Snodgrass
Empirically determining algorithm complexity
DBMS Micro-Specialization
Saumya Debray and Richard Snodgrass
DBMS performance improvement via code specialization
DREAM
Chris Gniady
Dynamic resource allocation and management
eFIT
Beichuan Zhang
Scaling the Internet Routing Architecture for Future Innovations
Facet
John Kececioglu
Feature-based accuracy estimation of multiple sequence alignments
Field Guide To Computer Science 1
Richard Snodgrass
Supporting online labs testing scientific theories concerning computation
GMap
Stephen Kobourov
An algorithm for visualizing graphs as maps
GraphAEL
Stephen Kobourov
Graph animations with evolving layouts
Internet Topology
Beichuan Zhang
Collection, analysis, and modeling of the Internet topology and its evolution
InverseAlign
John Kececioglu
Inverse parametric sequence alignment
iPlant Collaborative
John Hartman, Alon Efrat, and Beichuan Zhang
Create a cyberinfrastructure to help answer plant biology's grand challenge
questions
Lombardi
Stephen Kobourov
A force-directed spring embedder for graph drawing, inspired by the style of the
American artist Mark Lombardi
Lynx
Sauyma Debray
Combining static and dynamic analysis to understand malware
MOCS
Stephen Kobourov
A method to visualize concept maps of topics from the DBLP database of
computer science research papers
NETVUE
Stephen Kobourov
Design an intuitive realtime visualization system using a simple unified metaphor
- the geographic map - to readily visualize network activity of interest
Opal
John Kececioglu
Multiple sequence alignment by optimally aligning alignments
OpenCloud
Larry Peterson and John Hartman
Opening cloud and Internet infrastructure for innovation
Repeatability in Computer Science
Christian Collberg and Todd Proebsting
Studying the extent to which Computer Systems research is repeatable
The Science of Databases 1
Richard Snodgrass
A rigorous approach to database query optimization
Secure Provenance
Christian Collberg, Saumya Debray, and Sudha Ram
Secure, reliable, efficient, and usable provenance collection for documents
Semantic Word Clouds
Stephen Kobourov
A word cloud consists of the most important words in a text document. In a semantic-preserving word cloud, related words are placed close to each other. Words are scaled by a factor roughly proportional to their importance.
Stork
John Hartman
A software installation utility for PlanetLab
TAU
/ Richard Snodgrass
Temporal access for users
Twitter4Food
Stephen Kobourov
Analyzing the Language of Food on Social Media
WIT
Beichuan Zhang
A Watchdog System for Internet Routing Security
1 part of the Ergalics Focal Group in the CS department