Difference between revisions of "VisLunch/Fall2009"
| Line 2: | Line 2: | ||
- '''Topology-based systems for data analysis and visualization''' | - '''Topology-based systems for data analysis and visualization''' | ||
Topological techniques have become popular for the analysis of scalar | Topological techniques have become popular for the analysis of scalar <br/> | ||
functions, for example, for automatic feature detection and | functions, for example, for automatic feature detection and <br/> | ||
extraction. In this informal talk, I will present an overview of the | extraction. In this informal talk, I will present an overview of the <br/> | ||
various software solutions we are developing to solve data analysis | various software solutions we are developing to solve data analysis <br/> | ||
and visualization problems. Some topological methods currently in | and visualization problems. Some topological methods currently in <br/> | ||
development at SCI utilize Reeb graphs, Morse-Smale complexes and | development at SCI utilize Reeb graphs, Morse-Smale complexes and <br/> | ||
Jacobi sets. Some motivation and basic background for these techniques | Jacobi sets. Some motivation and basic background for these techniques <br/> | ||
will be presented in the talk. In particular, the main focus of the | will be presented in the talk. In particular, the main focus of the <br/> | ||
talk will be covering the breadth of techniques that are currently | talk will be covering the breadth of techniques that are currently <br/> | ||
being developed here, and an overview of the state of the software | being developed here, and an overview of the state of the software <br/> | ||
implementations. | implementations. | ||
Revision as of 14:41, 26 August 2009
Coming up next Friday
- Topology-based systems for data analysis and visualization
Topological techniques have become popular for the analysis of scalar
functions, for example, for automatic feature detection and
extraction. In this informal talk, I will present an overview of the
various software solutions we are developing to solve data analysis
and visualization problems. Some topological methods currently in
development at SCI utilize Reeb graphs, Morse-Smale complexes and
Jacobi sets. Some motivation and basic background for these techniques
will be presented in the talk. In particular, the main focus of the
talk will be covering the breadth of techniques that are currently
being developed here, and an overview of the state of the software
implementations.
- Speaker: Attila Gyulassy (SCI), http://idav.ucdavis.edu/~jediati/
- Where: Conference Room 3760
- When: Friday noon (08/28)
Open Discussion and Semester Planning
This semester Julien Tierny and Attila Gyulassy will be responsible for organizing the VisLunch sessions. Here are their contact informations:
Julien Tierny Attila Gyulassy Room: 4660 Phone: 585-3911 jtierny@sci.utah.edu, aggyulassy@ucdavis.edu