Medical Applications and Bioinformatics
Research in medical applications focuses on developing efficient algorithms and techniques for automatic (or semi-automatic) analysis of biomedical images, medical evaluation, computer assisted diagnosis and surgery, and treatment planning. Techniques used in this interdisciplinary area often come from Computer Vision, Imaging Processing, High Performance Computing, Finite Element Modeling, Machine Learning, Graphics, Algorithms, Computational Geometry, and Optimizations.
- Dr. Chaudhary's research interests include all aspects of computer assisted diagnosis and surgery and architectures and parallelization of bioinformatics algorithms. His current focus is on diagnosis of orthopedic problems, computer assisted neurosurgeries, and parallel implementations and architectures for bioinformatics algorithms. He is building a neurosurgery planning tool that incorporates multi-modality image segmentation and registration, brain shift prediction, intelligent real-time planning, augmented reality, and telesurgery. He is collaborating with the Department of Neurosurgery and is associated with the New York State Center of Excellence in Bioinformatics and Life Sciences.
- Dr. Xu's research in this area focuses on designing geometric algorithms and optimization methods for cancer therapy (including radiation therapy and brachytherapy), cardiovascular treatments and diagnosis, and biomedical images analysis. For cancer therapy, he works on problems related to configuring radiation beams, planning treatment, and locating brachytherapy seeds. For cardiovascular treatments and diagnosis, he focuses on problems related to angiogram, stent implant, and blood vessels reconstruction and analysis. For biomedical imaging analysis, he works on problems related to segmentation, and determining organization, dynamics, and mobility patterns of (living) cell nucleus.
- Dr. Corso's research, centered in the Vision and Perceptual Machines Lab, focuses on computer and medical vision, computational biomedicine, machine perception, smart environments and interfaces.
Research in Bioinformatics focuses on development of novel algorithms and architectures for genomics, proteomics, microarray analysis. The interested areas include protein-protein interaction network analysis, microarray data analysis, high dimensional data visualization, computational analysis and interpretation of Genomes, protein structure prediction, comparison, and modeling, evolutionary studies of Genomic ORFans, molecular recognition and docking of ligands onto receptors, and microarray analysis using variational Bayes.
- Aidong Zhang's research is on the areas of protein-protein interaction network analysis, microarray data analysis and high dimensional data visualization.
- Daniel Fischer's research is aimed at a better understanding of life at the molecular level using "in silico" or computational tools. The goal is to interpret the information encoded in biological macromolecules, from individual proteins to complete genomes.
His research interests include:
- Computational Structural Molecular Biology
- Computational Analysis and Interpretation of Genomes
- Protein Structure Prediction and Modelling
- Evolutionary Studies of Genomic ORFans
- Protein Structure Comparison
- Molecular Recognition and Docking of Ligands onto Receptors
Congratulations, Dr. Qiao!
Chunming Qiao receives 2013 SUNY Chancellor's Award for Excellence in Scholarship and Creative Activities. Dr. Qiao is joined onstage by President Satish Tripathi, Provost Charles Zukoski, and SEAS Dean Liesl Folks.
UBHacking 2013 Winners
GamePute won first prize in a field of 30 teams at UBHacking 2013. UBHacking organizers Joe Peacock and Nick DiRienzo pose with GamePute team Scott Florentino, Andrew Wantuch, Jen Cordaro, and Andrew Kopanon.
CSE students win SEAS Grad Student Poster Competition
Ankur Upadhyay, Daniel Bellinger, and Sumit Agarwal's work on Laasie won first prize in the 2013 SEAS Graduate Student Poster Competition. They are advised by Luke Ziarek and Oliver Kennedy.
CSE undergrads demonstrate technology from the Center for Socially Relevant Computing (CSRC) to newly-accepted students and their parents at the CSE Open House on Saturday, March 23.
Student Research Poster Session
CSE graduate students and their faculty advisors present research posters in the Davis Atrium on March 7, 2013.
CSE and Management students compete in the Northeast Collegiate Cyberdefense Competition (NCCC) on Saturday, January 19. UB advanced to the next round of competition, to be held at the University of Maine in March.
UB's Center of Excellence in Information Systems, Assurance, Research, and Education (CEISARE) received a $1.6 million NSF grant to train students to protect the United States from cyberattacks. »
Geoffrey Challen and Steven Ko are enlisting hundreds of students to build an unprecedented smartphone network to help scientists improve mobile computers and better understand how they're changing the world. »
Davis Hall dedication
UB hosted Davis Hall's ribbon-cutting ceremony on May 12, 2012. Pictured (l to r) are: Kamlesh Tripathi, Margaret Jacobs, Jeremy Jacobs, Barbara Davis, Jack Davis, Rajan Batta, George Maziarz, and Harvey Stenger.
Davis Hall southwest elevation
Davis Hall, CSE's new $75M headquarters, is designed to meet LEED "Gold" standards. The building is named for Barbara and Jack Davis. Davis is the founder of Akron-based I Squared R Element Co.
Exposing chess cheats
Theoretician and International Master chessplayer Kenneth W. Regan devises algorithms to detect chess cheating. The New York Times recently profiled his work .
Nobel Laureate Herbert Hauptman, a CSE affiliated professor, developed an algorithm for determining crystal structure. Computing in Science and Engineering Magazine named it one of the top 10 algorithms of the 20th century.
Pursuing work on document verification and identification, CSE researchers use machine-learning algorithms to study handwriting variability.
CSE professor Russ Miller is one of the authors of a program that can determine the structure of molecules as large as 2,000 atoms from X-ray diffraction patterns.
CSE professor Aidong Zhang is developing intelligent content-analysis programs to automatically analyze images, replacing human coding of semantic content.
Davis Hall northwest elevation
This concept scheme shows Davis Hall, CSE's new $75M headquarters, viewed from the northwest. The edge of Ketter Hall is visible on the right, just east of Davis. UB held the ribbon-cutting ceremony on May 12, 2012.
A geometric algorithm developed by CSE professor Jinhui Xu configures a set of radiation beams to destroy brain tumors in a form of computer-aided surgery.
The CSE faculty includes NSF CAREER award holders; ACM, IEEE, and AAAI fellows; and editors of noteworthy journals.
CSE faculty work with researchers in chemistry, the life sciences, the pharmaceutical sciences, media study, geography, and many other disciplines.
Davis Hall northeast elevation
This concept scheme shows Davis Hall, CSE's new $75M headquarters, viewed from the northeast. Ketter and Furnas Halls can be seen on the left, just south of the new building. We broke ground in April 2009.
CEDAR, a CSE-affiliated research center, developed the systems that postal agencies around the world use to automatically sort hand-addressed mail.
CSE's MultiStore Research Group is funded by a $1 million NSF grant for the development of high-performance online data-storage systems.
Cutting-edge research facilities
CSE faculty are major participants in the new $200 million Buffalo Center of Excellence in Bioinformatics.
Grants for research
CSE faculty average some $4.5 million annually in research grants. Our research areas range from high-performance computing to data mining.
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See a list of current and past events.