The University of Arizona

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