Paulo Tabuada's main research interests cover a range of topics which could be described as a modern systems theory. In particular, he is interested in modeling, analysis, and control of real-time, embedded, networked and distributed cyber-physical systems. Dr. Tabuada also directs the Cyber-Physical Systems Laboratory (CyPhyLab), which conducts research at the intersection of computation, communication, and control.
Dr. Christina Fragouli is a Professor in the Department of Electrical Engineering at the University of California, Los Angeles. She directs the Algorithmic Research in Network Information Flow (ARNI) which performs research in areas such as network coding, algorithms for networking, wireless networks and network security
Dr. Rubin received the B.Sc. and M.Sc. from the Technion-Israel Institute of Technology, Haifa, Israel, in 1964 and 1968, respectively, and the Ph.D. degree from Princeton University, Princeton, NJ, in 1970, all in Electrical Engineering. Dr. Rubin's research and teaching interests include communications/telecommunications, computer networks, multimedia IP networks, UAV/UGV-aided networks, integrated system and network management, C4ISR systems and networks, optical networks, network simulations and analysis.
Dr. Speyer performs research on stochastic and deterministic optimal control and estimation with application to aerospace systems; guidance, flight control, and flight mechanics. Some of his projects include fault detection and identification for ground vehicles, autonomous formation flight, and management of air vehicles systems.
Professor Woo's research interests are wave and solid state electronics, CMOS and bipolar device/circuit optimization, novel device design and modeling of integrated circuits, VLSI fabrication.
Dr. Ramin Ramezani is currently an Adjunct Assistant Professor within the Department of Computer Science, and managing technical director at CTSI, David Geffen School of Medicine, UCLA. He was formerly the Chief Technologist in the Big Data and Analytical Unit within the Department of Surgery and Cancer at Imperial College London, leading a multidisciplinary group named Big Data and Analytical Unit. The center was designed with the aim to apply a combination of computer science and engineering techniques to investigate and better understand ongoing problems in healthcare such as obesity or adverse events in hospitals. This unit is within the Institute for Global Health Innovations at Imperial College, led by UK’s former minister of health. Ramin received his PhD in Artificial Intelligence at the Department of Computing at Imperial College London. He received his MSc with distinction in Digital Signal Processing from University of Lancaster, and BSc with honors in Computer Science.
Professor Brandenberg's research interests are geotechnical earthquake engineering, geophysical imaging, data acquisition and signal processing, and numerical analysis. His current research projects are: (1) developing fragility functions for bridges in liquefied and laterally spreading ground, (2) developing design guidelines for pile foundations in liquefied ground, (3) evaluation of the seismic levee deformation by destructive cyclic field testing, (4) centrifuge modeling of the large-strain site response behavior of soft clays, (5) CPT-based ultrasonic imaging of jet grout columns, and (6) developing correlations between shear wave velocity and penetration resistance at Caltrans bridge sites.
Professor Tamir founded and is currently directing the UCLA Concurrent Systems Laboratory. His research interests include hardware, software, and algorithmic issues related to the design and implementation of computer systems. Most of his work is focused on techniques for achieving high performance and high reliability for parallel and distributed systems. Current research projects include: resilient virtualization, fault injection, fault-tolerant cluster managers, fault tolerance for distributed applications, networks-on-a-chip for chip multiprocessors, hardware support for checkpointing, memory hierarchy in multicore chips.
Dr. DeShazo is the Director of the Luskin Center for Innovation at the University of California at Los Angeles. He also is an Associate Professor and Vice Chair of the Department of Public Policy in the Luskin School of Public Affairs at UCLA, where he is an expert in economics, public finance, and organizational governance.
Dr. Naeim is trained in health services research with an emphasis in cost-effectiveness and decision-making in older cancer patients, and his research focuses on aging and cancer. In recent years, Dr. Naeim has been involved in developing informatics in hematology/oncology. He has an interest in how electronic databases and medical records can be used in outcomes research, patient/physician education, and healthcare interventions.
Professor Taciroglu's research interests lie within the broad area of computational solid and structural mechanics. He is currently working on topology optimization of smart material systems, soil-structure interaction in deep and shallow foundation systems, wave propagation in continuous media, inverse problems—with various applications in system identification, structural health monitoring as well as surveillance—and simulation of structural response under extreme loadings such as explosions, and ballistic impact.
Professor Jalili's research and teaching interests are: Silicon photonics and fiber optic communication, real-time streaming data acquisition and processing, biophotonics, rare cell detection, blood screening, nondestructive material testing and characterization, rogue wave phenomena.
Professor Ercegovac specializes in research and teaching in digital arithmetic, digital design, and computer system architecture. His recent research is in the areas of approximate arithmetic, composite algorithms, complex arithmetic, design for low power and arithmetic in application-specific architectures.
Professor Wong advances the control of photons in mesoscopic systems, involving nonlinear, ultrafast, quantum and precision measurements.
Professor Sarrafzadeh's research interests are: Wireless Health and Biomedical Devices, Embedded and Reconfigurable Systems, Design and Analysis of Algorithms, and Data Analytics.
Dr. Stewart's primary research interests are in geotechnical earthquake engineering and engineering seismology, with emphases on seismic soil-structure interaction, earthquake ground motion characterization, seismic ground failure, and the seismic performance of earth structures including structural fills and levee embankments. His research has involved: interpretation of earthquake strong motion data to gain insight into soil-structure interaction effects, characterize site effects, and to produce practical models for the prediction of ground motion intensity measures; cyclic field testing of earth structures and full-scale foundation components including shallow foundations, drilled shafts, and bridge abutment walls; advanced dynamic testing of soils in the laboratory; and case history studies of the seismic field performance of infrastructure in California, Taiwan, Turkey, Japan, Greece, Italy, and India. Results from his research group are widely utilized in engineering practice, including a 2012 NIST guidelines document for soil-structure interaction, ground motion prediction equations used for the USGS National Seismic Hazard Maps, ASCE-7 (for new structures), ASCE-41 (existing structures) and additional guidelines documents for landslide risk and tall building design.
Professor Ghoniem's areas of interest are: Damage and Failure of Materials in Mechanical Design; Mechanics and Physics of Material Defects (point defects, dislocations, voids and cracks); Material Degradation in Severe Environments (e.g., Nuclear, Fusion, Rocket Engines, etc.); Plasma and Laser Processing; Materials Non-equilibrium, Pattern formation and Instability Phenomena; Radiation Interaction with Materials (neutrons, electrons, particles, laser and photons).
Professor Gaurav is an assistant professor in the Department of Civil and Environmental Engineering, and holder of the Edward K. and Linda L. Rice endowed chair in materials science. His research is focused on elucidating structure-property relations in inorganic materials including metallic, and non-metallic materials, and specifically understanding how reaction processes are formative, and/or destructive of microstructure. As thrust areas, the research, which spans from "atoms to infrastructure", seeks to: (i) quantify solute-solvent reaction dynamics at interfaces, (ii) monitor, manipulate and mitigate electrochemical corrosion processes and (iii) quantify and simulate coupled mass and ion transport processes in random porous media.
Dr. Ahmadi is a Professor of Decision, Operations and Technology Management at UCLA Anderson School of Management. He joined UCLA after receiving his Ph.D. in Operations Management in 1988 from the University of Texas at Austin and since then he has been with UCLA. Professor Ahmadi’s research interest is operations management, a part of management science that is concerned with designing and controlling production processes and business operations. In his research, he builds mathematical models to guide firms in the design planning and scheduling of their internal and external business processes. In the best traditions of his field, Dr. Ahmadi advances theory motivated by a real problem, and frequently follows through with a practical implementation of his theoretical research. He has made major contributions to scheduling and production planning, product and process design, and, more recently, to supply chain management. Over the years he has worked on a variety of problems in these three areas. Currently he works on supply chain management problems arising from business-to-business interactions.
Professor Li is the Raytheon Chair in Manufacturing Engineering, Mechanical and Aerospace Engineering department. His research interests are: scifacturing, interdisciplinary areas of innovative manufacturing and materials processing, solid freeform fabrication, nanoscience and nanotechnology, laser micro/nano materials processing, and process/system integration.