• ESRI
  • Google
  • Nokia
  • Yahoo! Inc.
  • AND Automotive Navigation Data
  • earthmine
  • First American Spatial Solutions
  • NAVTEQ
  • Waze
  • Google
  • NAVTEQ

Sponsorship Opportunities

For information on exhibition and sponsorship opportunities at the conference, contact Yvonne Romaine at yromaine@oreilly.com

Download the Where 2.0 Sponsor/Exhibitor Prospectus

Media Partner Opportunities

Download the Media & Promotional Partner Brochure (PDF) for information on trade opportunities with O'Reilly conferences or contact mediapartners@ oreilly.com

Press and Media

For media-related inquiries, contact Maureen Jennings at maureen@oreilly.com

Where 2.0 Newsletter

To stay abreast of conference news and to receive email notification when registration opens, please sign up for the Where 2.0 Conference newsletter (login required)

Where 2.0 Ideas

Have an idea for Where to share? Tell us!

Contact Us

View a complete list of Where 2.0 contacts

John Zelek

John Zelek
Associate Professor, University of Waterloo

Website | @jzelek

John Zelek is Associate Professor (in Systems Design Engineering at the University of Waterloo), with expertise in the area of intelligent Mechatronic control systems that interface with humans; specifically, the areas are (1) wearable sensory substitution and assistive devices; (2) probabilistic visual and tactile perception; (3) wearable haptic devices including their design, synthesis and analysis; and (4) human-robot interaction. Zekek has co-founded 2 start-up companies. He was awarded the best paper award at the international IEEE/IAPRS Computer and Robot Vision conference. He was awarded a 2006 Distinguished Performance Award from the Faculty of Engineering at the University of Waterloo. He was also awarded the 2004 Young Investigator Award by the Canadian Image Processing & Pattern Recognition society for his work in robotic vision.

Sessions

General
Location: Regency Ballroom
John Zelek (University of Waterloo)
Average rating: ***..
(3.40, 15 ratings)
Sensory substitution is the replacement of one’s sensory input (vision, hearing, touch, taste or smell) by another, while preserving some of the key functions of the original sense. We have developed navigation devices for people with visual and cognitive impairments. The wearable tactile devices convey gps global information as well as local map information sensed by a camera. Read more.
John Zelek (University of Waterloo)
Tactile Sight Inc., a University of Waterloo spinoff company, provides sensory substitution systems that map location and object sensing technologies & per- cepts into haptics (touch)