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The Undergraduate Research Opportunities Fall 2008 Faculty Project Prerequisites/ Add. Info Type of Support 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 Project CS 348 or CS 448  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 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 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 http://projects.cerias.purdue.edu/ds2/projects.html Network programming, some security background. 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 Vitek, J. jv@cs.purdue.edu Programming languages, real-time systems, software engineering. 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   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. Summer 2008 Faculty Project Prerequisites/ Add. Info Type of Support Aliaga, D. aliaga@cs.purdue.edu Graphics & Visualization Lab graphics experience (cs334 or similar)   Aref, W. aref@cs.purdue.edu Bioinformatics Project CS 348 or 448 is desirable but not necessary   Clifton, C. clifton@cs.purdue.edu Areas of interest: Data Mining, Database, and Privacy & Security. For details see: http://www.cs.purdue.edu/homes/clifton See suggestion of project: http://www.cs.purdue.edu/homes/clifton#projects CS 490/497 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 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 independent study/credit 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 Mathur, A. apm@cs.purdue.edu Evaluate dynamic model checking methods against the traditional software testing approaches to find errors in computer programs. senior or junior who has completed CS 352) paid or for credit Pandurangan, G. gopal@cs.purdue.edu implementing algorithms for peer-to-peer networks   CS381 and programming skills http://www.cs.purdue.edu/people/gopal CS490/497 or as independent study for credit 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 Spring 2008 Faculty Project Prerequisites/ Add. Info Type of Support 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 Project CS 348 or CS 448  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 Clifton, C. clifton@cs.purdue.edu Areas of interest: Data Mining, Database, and Privacy & Security. For details see: http://www.cs.purdue.edu/people/clifton See suggestion of project: http://www.cs.purdue.edu/people/clifton#projects CS 490/497 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 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 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 Mathur, A. apm@cs.purdue.edu Evaluate dynamic model checking methods against the traditional software testing approaches to find errors in computer programs. senior or junior who has completed CS 352) paid or for credit Nita-Rotaru, C. crisn@cs.purdue.edu http://projects.cerias.purdue.edu/ds2/projects.html Network programming, some security background. 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 Vitek, J. jv@cs.purdue.edu Programming languages, real-time systems, software engineering. CS 352 or CS 456. Good programming Skills. CS 490/497   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. Other Opportunities Spring 2007/Fall 2007 Spring 2006/ Summer 2006/Fall 2006 Spring 2005/Summer 2005/Fall 2005 Spring 2004/Summer 2004/Fall 2004 Spring 2003/Summer 2003/Fall 2003