SRL Early Edition Interactive Visualization of Spatially Amplified GNSS Time-Series Position Fields by Brendan J. Meade, William T. Freeman, James

Source URL: summit.fas.harvard.edu

• Global Positioning System
• Geodesy
• Synthetic aperture radar
• Navigation
• Satellite navigation
• UNAVCO
• Measurement
• Technology
• Geomatics

COMPILATION OF FREEMAN RAWDON & WILLIAM R. L. WARD MORTGAGESALLEGANY COUNTY, MD

Source URL: candocanal.org

Pseudocode for Riesz Pyramids for Fast Phase-Based Video Magnification Neal Wadhwa, Michael Rubinstein, Fr´edo Durand and William T. Freeman This document contains pseudocode for the 2014 ICCP paper Riesz Pyramids for F

Source URL: people.csail.mit.edu

• Mathematical analysis
• Singular integrals
• Harmonic analysis
• Integral transforms
• Digital signal processing
• Potential theory
• Riesz transform
• Pyramid
• Infinite impulse response

Working effectively with IRBs AIHEC Behavioral Health Institute: 3rd Annual Conference • Stone Child College, May 24, 2016 • William L. Freeman, MD, MPH, CIP –

Source URL: www.aihec.org

• Ethics
• Design of experiments
• Clinical research ethics
• Applied ethics
• Drug safety
• Institutional review board
• IRB
• Human behavior

Developments with Motion Magnification for Structural Modal Identification through Camera Video Justin G. Chen*†, Neal Wadhwa**†, Frédo Durand**‡, William T. Freeman**‡, Oral Buyukozturk*‡ *Department of Civil

Source URL: people.csail.mit.edu

• Signal processing
• Integral transforms
• Digital signal processing
• Fourier analysis
• Timefrequency analysis
• Fast Fourier transform
• Wavelet
• Frequency domain
• Fourier transform
• Vibration
• Hilbert transform
• Normal mode

Chapter 19 Structural Modal Identification Through High Speed Camera Video: Motion Magnification Justin G. Chen, Neal Wadhwa, Young-Jin Cha, Frédo Durand, William T. Freeman, and Oral Buyukozturk

Source URL: people.csail.mit.edu

• Measuring instruments
• Measurement
• Accelerometers
• Laser Doppler vibrometer
• Modal analysis
• Vibration
• Interferometry
• Normal mode
• Laser
• Modal testing
• Optics
• Laser scanning vibrometry

Learning Optimal Compressed Sensing Yair Weiss and William T. Freeman Computer Science and Artificial Intelligence Lab MIT ,

Source URL: snowbird.djvuzone.org

The Aperture Problem for Refractive Motion Tianfan Xue, Hossein Mobahi, Fr´edo Durand, and William T. Freeman MIT Computer Science and Artificial Intelligence Laboratory {tfxue,hmobahi,fredo,billf}@mit.edu (b)

Source URL: www.cv-foundation.org

P RESENTED AT N EURAL I NFORMATION P ROCESSING S YSTEMSDistributed Occlusion Reasoning for Tracking with Nonparametric Belief Propagation Erik B. Sudderth, Michael I. Mandel, William T. Freeman, and Alan S. Wills

Source URL: ssg.mit.edu

• Statistics
• Kinematics
• Belief propagation
• Degrees of freedom
• Bayesian network
• Factor graph
• Graphical models
• Graph theory
• Physics

________________________________________________ Peer Counseling Training PT 011 – Professional Training By Teresa Freeman, William Hoikala, Sarah Ingraham, and Richard Schwartz

Source URL: cmhc.utexas.edu

• School counselor
• Lay community counsellor