Michael Driscoll
Global innovation (emerging markets), global technology strategy, entrepreneurship within corporate venues, managing growing enterprises and diversity within organizations
Global innovation (emerging markets), global technology strategy, entrepreneurship within corporate venues, managing growing enterprises and diversity within organizations
Traffic flow theory Algorithms for urban network traffic management Applied probability and statistical mechanics
My research areas are Human Computer Interaction, Affective Computing, and Playful Technologies. Projects of mine include peripheral interaction research in Fidget Widgets and security research…
His research interests are focused on construction project delivery and the building of high-performance teams where he is conducting ongoing investigations related to industry best practices.
Image Processing & Analysis Medical Image Processing 3D Computer Vision Shape Analysis Spatiotemporal Modeling Multidisciplinary Clinical Research Health
Machine Learning, Distributed Systems, Operating Systems, Mobile applications, and Project Management.
Arabic Natural Language Processing, Natural Language Processing, Computational Linguistics, Artificial Intelligence
Materials for Energy Applications Computational Materials Science (DFT/MD) Ferroelectric/Multiferroics Nuclear Materials Organic Co-crystals
Wireless Communications, Massive Random Access, Estimation and Detection theory, Information Theory, Machine Learning in wireless communication applications.
Urban Informatics, remote sensing, geo-spatial data managment, geotechnical engineering, disaster mitigation & response, sustainability
Robotics Cyber Security Machine Learning with applications to Robotics and Cyber Security Cyber-Physical Systems Security
My research interests include machine learning, control theory, and their applications to robotics. In particular, I would like to develop algorithms allowing robots to robustly apply contact forces…
Wireless Communications: mmWave application for aerial communications, channel modeling for communications above 6GHz.
My interests lie in the intersection of machine learning and audio signal processing, focusing on tasks in the spaces of machine listening and music information retrieval. Research problems of…
Silicon Photonics Photonics Integrated Circuits MEMS & CMOS Co-Design Sensors
As of September 2019, I am a Ph.D. candidate at NYU Electrical and Computer Engineering Department. Broadly, my interests include numerical optimization, signal processing, machine learning, and data…
Connected Vehicles in 5G Network: Intersection Management, Routing Optimization, and Communication-Delay Analysis
Colloidal Semiconductor Nanocrystals and Hybrid Organic/Inorganic Nanostructures Bulk and Interfacial Doping of Semiconductor Nanocrystals and Hybrid Materials Understanding and Controlling Energy…
Economics of Risk and Uncertainty, Market Microstructure, Large Deviations
Optical Characterization,Computer visions, data science and edge computing in Chemical Engineering and Materials Science. Thermodynamics and Characterization of block copolymer electrolytes and…
My area of research comes under the broad heading of quantitative finance. Specifically I have done research on numerical methods for derivatives pricing, derivatives pricing under Levy processes,…
Machine learning, theoretical and applied (mostly robotics): - training strategies for deep neural networks, - optimization (deep learning landscape analysis, deep learning optimization, distributed…
Extracellular matrix (ECM) protein functions in macrophages The ECM in innate and adaptive immunity The ECM in corneal inflammation and wound healing Anterior eye diseases Mouse models of…
Dialogue Systems, Natural Language Processing, Human-Computer Interaction, Artificial Intelligence, Machine Learning