Take a look under the hood of an autonomous car
Building an artificial brain that will one day replace human drivers is an incredibly complex technical challenge, say the researchers leading Waterloo’s autonomous vehicle project
Building an artificial brain that will one day replace human drivers is an incredibly complex technical challenge, say the researchers leading Waterloo’s autonomous vehicle project
JB Straubel got a big laugh, then delivered a heartfelt message, as he closed the Waterloo Innovation Summit with a keynote address Friday afternoon.
Computer algorithms developed by engineering researchers at the University of Waterloo can accurately determine when drivers are texting or engaged in other distracting activities.
The system uses cameras and artificial intelligence (AI) to detect hand movements that deviate from normal driving behaviour and grades or classifies them in terms of possible safety threats.
The University of Waterloo will host innovators from around the world who have revolutionized business through disruptive technology for its fifth annual Waterloo Innovation Summit on September 14 and 15. With this year's conference theme 'Hacking the Future', influential speakers from a wide range of sectors will focus on discussions in foward-thinking and interactive conversations.
As expectations soar in the exploding field of artificial intelligence (AI), a small but growing group of researchers is buckling down on a fundamental problem: understanding how increasingly complex computer programs actually work.
A team of Waterloo chemical engineering students captured first place in the seventh annual Electric Mobility Canada (EMC) Student competition held during the Electric Mobility National Conference in Toronto.
Steven Waslander looks forward to his drives becoming a lot easier.
“Driving on highways and in cities is dull, time-consuming, and can be very stressful,” says Waslander, director of the Waterloo Autonomous Vehicles Laboratory (WAVELab). “I would be just as happy gazing out the window while the car does the dirty work for me.”
The host of the Rick Mercer Report made stops at Engineering 5 and a local test track for a light-hearted look at aerial drones and autonomous vehicles in a segment that aired on the CBC this week.
Professor Susan Tighe of Waterloo Engineering shared her expertise on potholes and other road-related subjects in a recent television interview on The Agenda with Steve Paikin on TVO.