|Henrik Christensen, director of the Contextual Robotics Institute, is Dr. Robot.|
San Diego, CA, November 2, 2017 -- Maps combining real-time data from pedestrians, vehicles and internet-enabled infrastructure; self-driving mail delivery vehicles; and powerful radar technologies.
These were some of the research efforts discussed at the Contextual Robotics Forum, which brought the leading intelligent vehicle companies and researchers together on campus Oct. 27 to take stock of the developments and challenges in the space, highlight the university’s plans to roll out autonomous vehicle testing, and align research efforts.
The University of California San Diego is taking the lead in intelligent vehicles, turning the campus into a living laboratory for self-driving cars starting with mail delivery in January.
“At UC San Diego, we are not just educating undergraduates, we are not just doing great research, we also have to be the intellectual driving force behind how this region is moving in various areas, design being one and robotics being another,” said UC San Diego Chancellor Pradeep K. Khosla.
Speakers from Intel’s Automated Driving Group, Qualcomm, TuSimple, Lytx and NXP shared the products they have already deployed and their next steps toward full autonomy at the forum, themed “Intelligent Vehicles 2025.”
While industry is initially focused on deploying vehicles on highways and terrain that is relatively easy to navigate, UC San Diego’s role is to answer some of the more challenging questions, said Henrik Christensen, director of the UC San Diego Contextual Robotics Institute.
“We are trying to solve the ‘last mile’ problem, when autonomous vehicles get off the freeway and onto crowded neighborhood streets,” he said. “The long-term vision is to see if we can get to a campus where we have no manually driven cars.”
The first phase of that vision is mail delivery courtesy of autonomous carts. After that, Christensen envisions a self-driving shuttle transporting visitors to and from the Birch Aquarium to and from the parking lot, and eventually an autonomous vehicle service to move people from the planned trolley stops a mile away from campus and the UC medical centers, and take them to their final destination.
Solving the self-driving car challenge is a unique and complicated engineering and social sciences puzzle. But this is not being done for the sake of learning and research alone. With 38,000 people killed in car accidents every year in the United States—93 percent of which are caused by human error—there is urgency to getting these vehicles on the road.
|Gabriel Rebeiz, professor of electrical engineering at UC San Diego, explains his radar technology that is so powerful it can replace LiDAR, at the Contextual Robotics Forum.|
UC San Diego is the ideal candidate for this challenge given its access to roads for testing, and expertise in areas including wireless and vehicle-to-vehicle communication, radar, user-centered design, cyber security and driver monitoring. Researchers, including Gabriel Rebeiz, Sujit Dey and Mohan Trivedi of UC San Diego, shared their work in this arena at the Forum, detailing how their radar, cloud-based data management and vehicle interface research will be incorporated into Christensen’s autonomous vehicle project.
“The idea is really that we are not trying to develop systems which are getting rid of the humans, but really the big thing I would like to focus on is we are on a quest for human-robot cohabitation,” said Trivedi, director of the Laboratory for Intelligent and Safe Vehicles at UC San Diego, which has been tackling this issue for 16 years. “I want to have my autonomous vehicles respect, understand and work with me, and the same is true for me to also respect and understand and work with robots.”
Rebeiz, a professor of electrical engineering, has designed a phased array radar system so powerful that it can replace light detection and ranging (LiDAR), a popular method of creating 3D maps of objects around autonomous cars.
“Effectively, our job is to eliminate LiDar,” Rebeiz said at the Forum. This radar technology, as well as Dey’s Collaborative-Situational Awareness Map—which pulls data from all vehicles, pedestrians, and internet-enabled infrastructure in a set area and sends it to the cloud where it’s fused—will be tested and tailored through the autonomous vehicle living lab as well. The carts navigating around campus to the 13 defined mail drop spots will be run on algorithms developed at UC San Diego.
|Christensen moderates a panel on the social implications of autonomous driving with speakers from SANDAG, San Diego State University and Cisco.|
While the university is shaping the technical future of intelligent vehicles, it’s not the only organization in the region working to make San Diego a hotbed of self-driving cars. The San Diego Association of Governments (SANDAG) championed an effort to get San Diego designated as one of 10 proving grounds for autonomous vehicles by the Department of Transportation, so vehicles will also be tested on state roads in Chula Vista and the I-15. Peter Thompson, a senior technology analyst at SANDAG, said one of the key points SANDAG highlighted in their pitch for this designation was the history of collaboration in San Diego between research institutions, industry and government organizations. The pipeline of qualified students coming out of UC San Diego and other local universities was a major factor as well.
“We also highlighted Qualcomm and the global wireless hub of research and development we have here in San Diego, along with the workforce development pipeline here with some of the world’s leading universities feeding into those research and development environments in industry,” Thompson said.
Xiaodi Hou, chief technology officer of TuSimple, a joint U.S.-Chinese company based here in San Diego that is developing low-cost commercial trucks that can drive autonomously on highways, echoed that sentiment.
“We are very close to UCSD, and as always UCSD students are our favorite candidates for employees of the company,” Hou said. “We’re very good friends with the community here.”
Christensen said UC San Diego recognizes the importance of the work, and plans to collaborate with local companies and institutions to ensure the right people are tackling the right problems.
“We have people from electrical engineering, computer science, mechanical engineering, cognitive science, and the Design Lab involved,” he said. “We’re also working with San Diego State University’s Active Transportation Research Center to understand how this will impact San Diego’s land use and urban planning. We’ll work with Peter Thompson at SANDAG to figure out how this integrates into the broader area of making San Diego a hub for intelligent transportation.”
|Students demonstrated their robotics, including this robot for healthcare, at the Technology Showcase during the Forum.|
Jacobs School of Engineering
Jacobs School of Engineering