Autonomous Micromobility
Abstract: We are facing a transportation revolution, driven by vehicle automation, vehicle electrification, mobility as a service, and concern for global warming. Micromobilty (scooters, electric bikes, electric skateboards, etc.) present further disruption. Dr. Folsom runs the Elcano Project, which provides an open-source system designed to automate an electric tricycle or other vehicle. When an e-trike is equipped with a body for weather protection, it can join automated city transportation as a single occupancy vehicle that uses 45 times less energy than a car.
Date and Time
Location
Hosts
Registration
- Date: 20 Nov 2019
- Time: 06:00 PM to 09:00 PM
- All times are (UTC-08:00) Pacific Time (US & Canada)
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- Microsoft Building, 87, Redmond, WA 98052
- North Campus
- Redmond, Washington
- United States 98052
- Building: 87
- Room Number: 1004
- Click here for Map
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- Co-sponsored by E25 Education Society
- Starts 07 November 2019 10:38 PM
- Ends 20 November 2019 05:59 PM
- All times are (UTC-08:00) Pacific Time (US & Canada)
- No Admission Charge
Speakers
Tyler C. Folsom of University of Washington
Autonomous Micromobility
Abstract: We are facing a transportation revolution, driven by vehicle automation, vehicle electrification, mobility as a service, and concern for global warming. Micromobilty (scooters, electric bikes, electric skateboards, etc.) present further disruption. Dr. Folsom runs the Elcano Project, which provides an open-source system designed to automate an electric tricycle or other vehicle. When an e-trike is equipped with a body for weather protection, it can join automated city transportation as a single occupancy vehicle that uses 45 times less energy than a car.
Biography:
Tyler C. Folsom, PhD, PE (ze, hir, hirs) Affiliate Professor in School of STEM, University of Washington, Bothell and Director of the Elcano Project.
Ze has worked on engineering R&D projects at Quest Integrated and participated in the DARPA Grand Challenge races for autonomous vehicles. Ze has taught robotics, artificial intelligence, machine vision, embedded systems, autonomous vehicles and digital electronics. Ze is an avid bicyclist and promotes using autonomous cycles to build a transportation system that uses 30 times less energy than cars at the same speed. Tyler received a BS in Mathematics from Villanova University, MA in Math from University of Maryland and MS and PhD in Electrical Engineering from University of Washington.
Links:
https://425business.com/pedal-less-power/
https://kcts9.org/programs/reinventors/self-driving-bikes-seattle-s-next-transit-revolution
http://www.elcanoproject.org/documents/sustech2017_tfolsom.pdf
Email:
Address:19128 112th Ave NE, Suite 102, , Bothell, Washington, United States, 98011
Agenda
Abstract: We are facing a transportation revolution, driven by vehicle automation, vehicle electrification, mobility as a service, and concern for global warming. Micromobilty (scooters, electric bikes, electric skateboards, etc.) present further disruption. Dr. Folsom runs the Elcano Project, which provides an open-source system designed to automate an electric tricycle or other vehicle. When an e-trike is equipped with a body for weather protection, it can join automated city transportation as a single occupancy vehicle that uses 45 times less energy than a car.
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