University of Waterloo Launches Canada’s First Driverless, Autonomous 5G ShuttleJune 25, 2021 | Globe Newswire
Estimated reading time: 3 minutes
The University of Waterloo is showcasing the operation of a driverless, autonomous shuttle research program that will transport students and staff around campus.
The demonstration of the shuttle, dubbed “WATonoBus” by the research team, is the first of its kind at a Canadian academic institution and marks a significant milestone in a multi-year initiative to demonstrate and integrate autonomous transportation onto the campus.
This milestone features another significant technological advancement, as the shuttle becomes the first in the country to operate remotely over Rogers 5G network, thanks to a Rogers partnership agreement with the University to advance 5G research in the Toronto-Waterloo tech-corridor. This past September, as Rogers expanded Canada’s largest and most reliable 5G network to reach more communities, it lit up the University’s 5G Smart Campus to support researchers developing 5G applications and use cases in a real-world setting.
The shuttle’s 5-stop, 2.7-kilometre journey around the Waterloo main campus, intersecting with the campus light rail transit stop, holds the potential to help reshape how entire communities move around their urban spaces.
“We are thrilled not only about WATonoBus, but what it represents,” said Feridun Hamdullahpur, president and vice-chancellor of the University of Waterloo. “By marrying transformational research, infrastructure and a network of industry and government partnerships, we are demonstrating that educational institutions will help shape the future – in this case, the convergence of public transportation and smart urban mobility.”
The driverless shuttle with remote takeover capability will showcase a full-system approach, developed entirely at the University of Waterloo, led by Professor Amir Khajepour and a team of over 20 researchers in the Mechatronic Vehicle Systems Laboratory. Funding support has been provided by federal and provincial partners, as well as contributions from Applanix, RoboSense AI, and Rogers to make WATonoBus a reality.
The technology includes an integrated on-board sensor system providing vehicle intelligence and control; a suite of front, rear and side cameras providing a 360-degree view; light detection and ranging (LIDAR) active remote sensing systems used for detecting objects; and a WATonoBus smartphone app to help passengers navigate the campus using the shuttle.
“Today’s demonstration represents over four years of work with support and collaboration with government and industry partners,” Khajepour said. “This is an exciting step forward in autonomous, driverless public transportation.”
And, for the first time in Canada, an autonomous shuttle will be operated entirely on a remote basis using a 5G network. The modem on board will communicate through the Rogers 5G network with a research lab-based control centre. In the control centre, a remote operator will monitor the WATonoBus operations, and take over control when needed to ensure safe movement.
“As real-world 5G use cases such as the WATonoBus begin to take shape, we are starting to see the potential of 5G come to life,” said Jorge Fernandes, Chief Technology Officer at Rogers Communications. “Smart cities and smart transportation solutions are poised to help make cities safer, more efficient and more environmentally friendly. This example of 5G innovation demonstrates the importance of fostering 5G research and development to help fuel industries and drive Canada’s digital economy forward. We are proud to help enable this important 5G moment as part of our partnership with the University of Waterloo.”
Since lighting up the campus with 5G last year, Rogers has added next generation network technology and capabilities that will enable more intelligent and complex use cases and applications, including 5G mmWave (28GHz) small cells on campus, both inside buildings and outdoors, providing ultra-low latency and high bandwidth to support a variety of 5G research projects underway at the University.
The demonstration is the latest step of a multi-year initiative that is creating a testbed to evaluate automated driving on campus. Future industry partnerships will add more elements of a smart city on campus, a living testbed for advanced research, product development and data collection.
Before commencing operation as a regular service, the driverless shuttle system requires approval from the Ontario Ministry of Transportation (MTO). Currently, the University of Waterloo is a registered participant in Ontario’s Automated Vehicle Pilot Program, which permits testing of driverless AVs on Ontario roads provided a safety operator is on board.
Federal and provincial funding for the WATonoBus project has been provided through the Canadian Foundation for Innovation, the Ontario Research Fund and the Natural Sciences and Engineering Research Council.
Join iNEMI and ZESTRON in Shenzhen on October 13 for a full-day workshop on reliability requirements and challenges for automotive electronics and to share the latest information about standards development for this market segment.
Macronix International Co., Ltd., a leading integrated-device manufacturer in the non-volatile memory (NVM) market, announced its OctaFlash memory line has received ISO 26262 ASIL D (Automotive Safety Integrity Level) certification from SGS TÜV Saar, ensuring makers of automotive electronic systems that OctaFlash meets the highest level of safety in automotive electronics.
The latest “Automotive Display Market Analysis” from TrendForce indicates that the overall demand for automotive display panels (automotive panels) is gradually stabilizing and shows an upward trend as the automotive market as a whole slowly recovers, and promotional activities related to smart cockpits continue to expand.
KIC Revolutionizes Electronics Manufacturing with Innovative Solutions for Soldering and Curing Processes09/21/2023 | KIC
KIC, a renowned pioneer in thermal process and temperature measurement solutions for electronics manufacturing, is thrilled to announce its participation in the upcoming SMTA Guadalajara Expo & Tech Forum.
Semiconductor manufacturers worldwide are projected to increase 200mm fab capacity by 14% from 2023 through 2026, adding 12 new 200mm volume fabs (excluding EPI) as the industry reaches a record high of more than 7.7 million wafers per month (wpm).