Mrinal is a specialist in seismic wave propagation, including anisotropy, inversion, and uncertainty quantification. He has extended seismic plane wave analysis methods to anisotropic media and developed novel methods for characterizing unconventional reservoirs. Mrinal has carried out rigorous error analysis of finite element and finite difference methods and developed several efficient finite difference operators for
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Paul Bogdan’s research interests include performance analysis and design methodologies for multicore systems, the theoretical foundations of cyber-physical systems, the modeling and analysis of bio-inspired computing, and the applications of statistical physics to biological systems and regenerative medicine.
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We’re a curiosity-driven research group working on a range of fluid mechanics and flow-structure interaction problems. Our research can be classified into two major themes: turbulent flows interacting with complex (e.g. rough, porous, compliant) surfaces, and interaction between flow and flexible structures. This work addresses open problems in aero- and hydrodynamic engineering design, flow control, environmental science, as
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Her main areas of research are computational linguistics and artificial intelligence, with emphasis on developing computational methods for analysis of text quality and style, discourse, affect recognition and summarization.
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Professor Kamat’s research has made significant contributions to four areas: (1) Photoinduced catalytic processes using semiconductor and metal nanoparticles, nanostructures and nanocomposites, (2) Development of light energy harvesting assemblies (e.g., quantum dots and inorganic-organic hybrid assemblies) for next generation solar cells, (3) Utilization of carbon nanostructures (SWCNT and graphene) as conducting scaffolds to collect and
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Professor Bowyer’s research interests touch on many aspects of computer vision and pattern recognition, including biometrics, data mining, object recognition and medical image analysis. He is a Fellow of the IEEE, a Golden Core member of the IEEE Computer Society, and a past EIC of the IEEE Transactions on Pattern Analysis and Machine Intelligence, and the IEEE
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My research is focused on understanding geodynamic and tectonic processes through the use of geophysical (mainly seismological) imaging techniques. More precisely I study the processes that modify the continental lithosphere and spur orogenesis and basin formation, with an emphasis on the role of subduction. In my research, I’ve used a variety of methods on a
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Yogesh B. Gianchandani is a Professor at the University of Michigan, Ann Arbor, with a primary appointment in the Electrical Engineering and Computer Science Department and a courtesy appointment in the Mechanical Engineering Department. He also serves as the Director for the Center for Wireless Integrated MicroSensing and Systems (WIMS2). Dr. Gianchandani’s research interests include
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Kaaret’s main interest is understanding the intense gravitational fields surrounding black holes and neutron stars and the dynamics of the accretion of matter onto these objects. He builds instrumentation for the X-ray and gamma-ray bands and conducts observations at X-ray, gamma-ray, optical, and radio wavelengths of objects in our Milky Way galaxy and in relatively
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