Prof. Luca Daniel
Professor of Electrical Engineering
Primary DLC
Department of Electrical Engineering and Computer Science
MIT Room:
36-834
Areas of Interest and Expertise
Simulation
Model Order Reduction
Stochastic Integral Equation Solvers
Magnetic Resonance Imaging (MRI)
Human Cardiovascular System
MEMs and Circuit Simulation
Development of Integral Equation Solvers for Very Large Systems
Stochastic Field Solvers for Large Number of Uncertainties
Automatic Generation of Parametrized Stable Compact Models for Linear and Nonlinear Dynamical Systems
Simulation, Modeling and Optimization for Mixed-Signal/RF/mm Wave Circuits, Power Electronics, MEMs, Nanotechnologies, Materials and MRI
Model Order Reduction
Stochastic Integral Equation Solvers
Magnetic Resonance Imaging (MRI)
Human Cardiovascular System
MEMs and Circuit Simulation
Development of Integral Equation Solvers for Very Large Systems
Stochastic Field Solvers for Large Number of Uncertainties
Automatic Generation of Parametrized Stable Compact Models for Linear and Nonlinear Dynamical Systems
Simulation, Modeling and Optimization for Mixed-Signal/RF/mm Wave Circuits, Power Electronics, MEMs, Nanotechnologies, Materials and MRI
Research Summary
Professor Daniel works on computational techniques for modeling and design of complex systems, including for microsystems (for example, integrated circuit modeling and design) and biomedical applications (electromagnetic analysis for magnetic resonance imaging, for example). His research encompasses the development of computationally-efficient integral equations solvers (e.g., “field solvers”), parameterized model-order reduction techniques and methods for uncertainty quantification, and their embodiment in useful software tools. His work has been widely recognized, most recently with a 2014 best-paper award from the IEEE Transactions on Computer Aided Design, and he is having tremendous practical impact in applications such as rapid electromagnetic field prediction for MRI scanners. He has also made key educational contributions, including heavily updating and expanding the content of MIT’s flagship class on numerical simulation, (Introduction to Numerical Simulation) and working with colleagues to revamp the department's undergraduate header course (Electromagnetics and Applications).
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Projects
Can Deep Learning Models Be Trusted?
Principal Investigator Luca Daniel
October 18, 2017Department of Electrical Engineering and Computer ScienceNon-Invasive Hydration Sensor for Elderly Care
Principal Investigator Luca Daniel
October 2, 2009Department of Electrical Engineering and Computer ScienceNumerical Techniques in Biomolecule Design and Systems Biology
Principal Investigator Luca Daniel
October 31, 2005Department of Electrical Engineering and Computer ScienceNumerical Techniques for Integral Equations
Principal Investigator Luca Daniel