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`Contact
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`www.linkedin.com/in/foxlin
`(LinkedIn)
`
`Top Skills
`Optimization
`Systems Engineering
`Product Management
`
`Languages
`Chinese (Limited Working)
`French (Elementary)
`
`Publications
`Improved 3D Interactive Devices for
`Passive and Active Stereo Virtual
`Environments
`Scorpion Hybrid Optical-based
`Inertial Tracker (HObIT)
`FlightTracker: A Novel Optical/
`Inertial Tracker for Cockpit
`Enhanced Vision
`VisTracker: A Wearable Vision-
`Inertial Self-Tracker
`Chapter 8: Motion Tracking
`Requirements and Technologies
`
`Eric Foxlin
`
`Principal Sensor Systems Engineer at Amazon Lab126
`San Francisco Bay Area
`
`Summary
`Entrepreneurial technologist, research leader and systems architect
`with an extensive background in MEMS Inertial Sensing and Sensor
`Fusion Algorithms, Virtual and Augmented Reality, Computer Vision,
`SLAM, Model-Based Design, Product Strategy, and Business
`Development. Adept in blending high-level business/strategic
`thinking and detailed hands-on engineering to produce disruptive
`innovations that work, and guiding inter-disciplinary teams from
`concept to product release. Author of 27 US patents and 35 widely-
`cited articles on inertial sensing, computer vision, sensor fusion,
`localization and map-building for VR, AR, wearable computing and
`mobile robotics.
`
`Experience
`
`Amazon Lab126
`Principal Sensor Systems Engineer
`July 2018 - Present (3 years 8 months)
`Sunnyvale, CA
`
`Leap Motion
`Chief Scientist, Environment Perception
`November 2017 - July 2018 (9 months)
`Greater Boston Area
`Quickly developing embedded state-of-the-art visual inertial odometry and
`SLAM system for use in VR and AR head-mounted displays.
`
`Fitbit
`Lead Research Scientist
`February 2015 - October 2017 (2 years 9 months)
`Greater Boston Area
`Leading a virtuoso team of research scientists and algorithm developers
`specializing in signal processing, machine learning, bio-signal sensing and
`activity recognition.
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`Thales Visionix
`Director of Advanced Programs
`November 2011 - February 2015 (3 years 4 months)
`Billerica, MA
`Led the development of the Hybrid Optical-based Inertial Tracker (HObIT) for
`pilot situational awareness from concept through flight testing. Researching
`GPS/INS approaches for outdoor augmented reality.
`
`InterSense Inc
`Chief Technology Officer
`June 1996 - November 2011 (15 years 6 months)
`Founded and guided strategy of the first company to exploit MEMS inertial
`sensors in human-machine interaction. Led R&D to build a broad portfolio of
`products and IP relating to inertial sensor integration, signal processing and
`sensor fusion with magnetic, ultrasonic, optical and RF sensors.
`
`MIT Research Laboratory of Electronics
`Inertial Tracker Project Lead
`September 1990 - June 1996 (5 years 10 months)
`Developed world’s first inertial human motion tracker from concept through
`working prototype.
`
`Massachusetts General Hospital
`Research Assistant
`July 1988 - August 1990 (2 years 2 months)
`Designed and prototyped electronic instrumentation and wrote software in C
`to control nano-manipulator and laser strobe, acquire fluorescence images
`and perform image analysis and displacement measurement of hair cells in
`confocal fluorescence microscopy.
`
`Education
`Massachusetts Institute of Technology
`PhD All But Dissertation, Electrical Engineering and Computer
`Science · (1993 - 1996)
`
`Massachusetts Institute of Technology
`Master of Science (MS), Electrical Engineering and Computer
`Science · (1990 - 1993)
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`Harvard University
`A.B., Physics · (1984 - 1987)
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