| Faculty |
Project |
Prerequisites/ Add. Info |
Type of Support |
| ~summer 2009~ |
Kihara, D.
dkihara@purdue.edu |
Bioinformatics projects: Protein structure prediction, modeling, Genome sequence analysis, Metabolic pathway analysis |
Programming Skills
http://www.cs.purdue.edu/faculty/dkihara.html |
CS 490/497 |
Meuiner, P.
pmeunier@cerias.net |
Research related to the ReAssure system
http://projects.cerias.purdue.edu/reassure/ |
CS undergrads interested in security or testbeds
|
REU |
| ~fall 2009~ |
Aliaga, D.
aliaga@cs.purdue.edu |
http://www.cs.purdue.edu/homes/aliaga |
Some computer graphics or mathematics background |
CS 490/497 |
Aref, W.
aref@cs.purdue.edu |
Bioinformatics, Sensor Network, Scientific Databases, and Spatiotemporal Database projects |
CS 251 and CS240 the prerequisite. 348 or 448 are preferred. |
CS 490/497 |
Bhargava, B.
bb@cs.purdue.edu |
See areas of interest:
http://www.cs.purdue.edu/people/bb |
Procedure for project:
http://www.cs.purdue.edu/people/bb
(scroll down to the bottom of the his page) |
CS 490/497 |
CERIAS |
http://www.cerias.purdue.edu/homes/poly2/ |
More CERIAS information |
|
CERIAS |
Biometrics API (BioAPI) |
http://www.biotown.purdue.edu/research/java.html |
|
Dunsmore,H.
bxd@cs.purdue.edu |
Web programming using scripting languages, servlets, and databases |
Junior or Senior standing. Contact Janice Thomaz (thomaz@cs.purdue.edu) in order to form Project Groups. |
CS 490/497 |
Eugster, P.
peugster@cs.purdue.edu |
Programming languages and/for distributed systems
http://www.cs.purdue.edu/homes/peugster |
CS352 or CS456; CS354 or CS422 |
CS 490/497 |
Hambrusch, S.
seh@cs.purdue.edu |
SECANT
http://www.cs.purdue.edu/homes/seh/REU%20Opportunities.htm |
The prerequisite for CS majors is knowledge of Python and CS 251. The prerequisite for non-CS science majors is programming experience equivalent to one college level course. Interested students having taken CS 190C in spring 2008 are encouraged to apply. |
REU |
Hoffmann, C.
cmh@cs.purdue.edu |
Graphics and visualization / 3D volumetric display |
CS 334. Student should be knowledgeable in graphic programming. |
CS 490/497 |
Hosking, T.
hosking@cs.purdue.edu |
Programming language implementation: compilers, garbage collection, back-end retargetting (to gcc and/ or .NET), threads, applications
http://www.cs.purdue.edu/research/ugrad/Vpython.html
|
CS 352 highly desired |
CS 490/497 |
Jagannathan, S.
suresh@cs.purdue.edu |
programming languages and implementation, concurrent/distributed programming, formal methods |
CS 352 and CS 456 (desirable) |
CS 490/CS 497, and NSF REU |
Kihara, D.
dkihara@purdue.edu |
Bioinformatics projects: Protein structure prediction, modeling, Genome sequence analysis, Metabolic pathway analysis |
Programming Skills
http://www.cs.purdue.edu/faculty/dkihara.html |
CS 490/497 |
Kompella, R.
kompella@cs.purdue.edu |
Systems and Networking, Network Security, Fault diagnosis, Wide area networks, Monitoring and Measurement, http://www.cs.purdue.edu/homes/kompella |
Prerequisites : Network programming, Programming, Some systems |
CS 490/497 |
Li, Z.
li@cs.purdue.edu |
1) Programming tools for sensor networks.
2) Programming tools and performance evaluation for high performance computing. |
CS250 required. CS352 or CS354 highly desired. |
REU for US citizens or permanent residents/ CS490 for others |
Nita-Rotaru, C.
crisn@cs.purdue.edu |
secure network protocols and distributed systems
http://projects.cerias.purdue.edu/ds2/projects.html |
Network programming, some security background. |
CS 490/CS 497, NSF REU |
Pandurangan, G.
gopal@cs.purdue.edu |
Network algorithms
Web modeling and algorithms
Bioinformatics
|
Good performance in CS381 and programming skills
http://www.cs.purdue.edu/people/gopal |
CS 490/497 |
Popescu, V.
popescu@cs.purdue.edu |
Computer graphics, image-based rendering, reflection rendering, interactive automated modeling, simulation visualization |
http://www.cs.purdue.edu/cgvlab/projects.htm |
CS 490/497 |
Sacks, E.
eps@cs.purdue.edu |
-Computational Geometry & Graphics Programming
-Robot Path Planning: Programming & Graphics |
Program in C++, graphics course helpful |
NSF REU |
Si, L.
lsi@cs.purdue.edu |
Federated Search (A new search paradigm that goes beyond traditional search engines such as Google and Yahoo!) |
Additional Info:
http://www.cs.purdue.edu/homes/lsi/Federated_Search_Career_Award.html |
NSF REU
CS490/497 |
Tricoche, X.
xmt@purdue.edu |
interactive visualization of scientific, engineering, and medical data |
Prerequisite: none
Additional info: http://www.cs.purdue.edu/~xmt |
CS 490/497 |
Vitek, J.
jv@cs.purdue.edu |
Programming languages, real-time systems, software engineering. http://sss.cs.purdue.edu/ugprojects |
CS 352 or CS 456. Good programming Skills. |
CS 490/497 |
Vitek, O.
ovitek@stat.purdue.edu |
A project in computational proteomics http://www.stat.purdue.edu/~ovitek/Home.html |
Willing to work in an interdisciplinary area; a course on algorithms and programming skills. |
CS 490/497 |
Wagstaff, S.
ssw@cs.purdue.edu |
Job Management System
http://homes.cerias.purdue.edu/~ssw/ugrad |
CS 250, 251, 352, 354 |
CS 490 or 497 |
Research opportunities outside the CS department ~ Fall 2007 |
Bina, M.
bina@purdue.edu |
Bioinformatics Project
http://www.chem.purdue.edu/bina/ |
Familiarity with programming in C (or perl) and creating databases |
CHM 499 |
Doerge, R. W.
doerge@stat.purdue.edu |
Statistical Bioinformatics
http://www.stat.purdue.edu/~doerge/ |
Interest in bioinformatics, genetics, genomics, math, cs, statistics and combination of these. |
Research Experience and possibly credits. |
