My research interests are in the area of computer networks with a special focus on wireless networks and mobile systems. Recent years have witnessed an explosive growth in wireless connectivity, enabling a host of new applications and services. I have designed and built systems that address fundamental technical challenges impeding the growth of wireless networks.
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Rana Adhikari is an experimental physicist with interests in fundamental physics including tests of gravity and quantum mechanics. His group focuses on techniques for precision measurement as related to gravitational wave detection, measurements of short scale gravity, and bounds on quantum mechanics at the macroscopic scale using precision opto-mechanics.
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I am an Assistant Professor in the Computer Science Department at UCLA. My research interests are broadly in systems and networking. My recent work has focused on building practical systems to improve the performance and debugging of large-scale, distributed web applications for both users and developers. Prior to joining UCLA, I received a PhD from
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Project LISTEN (Literacy Innovation that Speech Technology ENables) is an inter-disciplinary research project at Carnegie Mellon University to develop a novel tool to improve literacy – an automated Reading Tutor that displays stories on a computer screen, and listens to children read aloud. To provide a pleasant, authentic experience in assisted reading, the Reading Tutor:
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Over the last 20 years Professor Fogler has focused his research on problems in upstream research with focus on asphaltene and paraffin deposition. He has graduated 45 Ph.D. students from his research group and has published over 240 research articles. He and his students are well-known for their work in chemical reaction engineering in petroleum
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The MIT Energy-Efficient Circuits and Systems Group led by Prof. Anantha Chandrakasan is involved with the design and implementation of various integrated systems ranging from ultra low-power wireless sensors and multimedia devices to high performance processors. Research spans across multiple levels of abstraction ranging from innovative new process technologies and circuit styles to architectures, algorithms,
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Sachdev’s research describes the connection between physical properties of modern quantum materials and the nature of quantum entanglement in the many-particle wavefunction. Sachdev has worked extensively on the description of the diverse varieties of entangled states of quantum matter. These include states with topological order, with and without an energy gap to excitations, and critical
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Research in the Rienstra group aims to establish solid state nuclear magnetic resonance (SSNMR) as a preferred method for routine, atomic resolution structural and dynamic analysis of biological macromolecules. The field of SSNMR is in the midst of a revolution not unlike the advances in X-ray crystallography that occurred during the 1970’s, and solution NMR
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Carnegie Mellon has been a pioneering leader in autonomous transportation and self-driving technologies. The collaboration between CMU and Argo AI will continue to advance important research that will address the consequences of scaling technological innovation to society at large. This center will focus on fundamental research that will produce advanced perception and next-generation decision-making algorithms that enable vehicles to perceive
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Research Interests Thin-walled structures Structural stability Structural optimization Stochastic mechanics Steel structures Fracture mechanics Experimental methods Computational mechanics
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