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Intelligent Ground Vehicle Competition

The 23rd Annual Intelligent Ground Vehicle Competition (IGVC)

Objective: To challenge students to think creatively as a team about the evolving technologies of vehicle electronic controls, sensors, computer science, robotics and system integration throughout the design, fabrication and field testing of autonomous intelligent mobile robots.

This competition has been highly praised by participating faculty advisors as an excellent multi-disciplinary design experience for student teams, and a number of engineering schools give credit in senior design courses for student participation. It is multidisciplinary, theory-based, hands-on, team implemented, outcome assessed, and based on product realization. IGVC encompasses the very latest technologies impacting industrial development and taps subjects of high interest to students.

Design and construction of an Intelligent Vehicle fits well in a two semester senior year design capstone course, or an extracurricular activity earning design credit. The deadline of an end-of-term competition is a real-world constraint that includes the excitement of potential winning recognition and financial gain. Students at all levels of undergraduate and graduate education can contribute to the team effort, and those at the lower levels benefit greatly from the experience and mentoring of those at higher levels. Team organization and leadership are practiced, and there are even roles for team members from business and engineering management, language and graphic arts, and public relations. Students solicit and interact with industrial sponsors who provide component hardware and advice, and in that way get an inside view of industrial design and opportunities for employment.

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Researchers Choosing Realtime Tech’s Driving Simulators

Burney Simpson

A Michigan-based provider of driving simulation technology announced recently a number of international contract wins and that it had become part of an influential driverless transportation research group.

In March, Realtime Technologies, Inc. (RTI) joined the University of Michigan’s Mobility Transformation Center (MTC) Affiliate Program that is developing a commercially viable system of connected and automated vehicles.

RTI markets desktop and on- and off-road simulators, including a graphical, hierarchical, real-time simulation & modeling system; a stand-alone digital collection & review system; a Motion Drive Algorithm (MDA) providing tilt coordination; and a high-fidelity, multi-body, real-time vehicle dynamics model.

“Our tools enable a graphical, real-time simulation and modeling system that can help everyone involved in (the MTC program) truly understand how this technology will work in the real world,” Heather Stoner, RTI’s Senior Project Manager, said in a statement.

Realtime’s sales to university researchers have been strong in the first half of 2015. The Indian Institute of Technology in Bombay will use RTI’s simulators to help it evaluate transportation and driving issues in India. The University of Puerto Rico took delivery of RTI’s SimVista, SimCreator, and SimSimulator desktop systems. And the University of New South Wales Australia and the University of Sydney ordered 11 RTI network simulators.

Next month, RTI will be at the 8th International Driving Symposium on Human Factors in Driver Assessment Training at Snowbird in Salt Lake City, Utah. Visitors to the RTI booth will be able to drive its next-generation open cockpit simulator. Running from June 22-25, the symposium is an interdisciplinary forum for users of driving assessment tools, applications and technology.

Realtime Technologies is a division of Arotech Corporation (ARTX), a defense and security products and services company that provides interactive simulation for military, law enforcement and commercial markets; and power systems and batteries for the military, commercial and medical markets.

In the first quarter Ann Arbor, Mich.-based Arotech reported a net loss from continuing operations of $483,000 on revenues of $24.2 million.

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Biometrics Could Let Fleets Authorize, Monitor Drivers

Burney Simpson

Several recent reports indicate the use of biometrics could be growing as a way to authorize and monitor drivers, and become a part of the technology used in driverless transportation. These systems offer security and safety capabilities that meet the needs of fleets, according to their developers.

French military supplier Safran and auto parts supplier Valeo last week showed off in Paris their joint development of biometric technology offering facial authorization and iris recognition.

The two partners posted this You Tube video that displays a biometric security system that uses facial recognition to authorize the driver to allow him to start the vehicle. The video suggests that the system tracks the drivers’ iris to determine whether he has taken his eyes off the road, validates his identity so he can blink to take a phone call, and tells him its time to take a coffee break.

It’s in French and something about the iris recognition got lost in translation for this viewer.

Also this month, Voxx Electronics Corp. announced it had integrated the iris identity authentication technology from EyeLock into a 2015 Jeep Wrangler. The EyeLock ID uses the driver’s iris to certify his or her identity and authorizes the start of the vehicle in less than five seconds.

This myris system from EyeLock converts the patterns in a person’s iris to a unique code that can be used to allow access to various devices. EyeLock says that iris authentication is second only to DNA for assuring a person’s identity.

EyeLock says its ID system can be accessed through a mirror on a visor, allows up to five registered users, and gives the users the capability to preprogram seat and mirror positions, and radio presets.

Executives from Voxx and EyeLock are promoting the application for fleets, because it gives system managers the capability to limit vehicle use to authorized drivers, and to track driver use of vehicles. Myris is an auto aftermarket product being sold in retail stores.

Photo by Alisha Vargas 2010.

GoogleVsOEM

Google vs OEMs: Millennials Decide

Steve Feyer

The Millennial generation is the future of business, science, politics and society. Driverless cars are the future of transportation – at least, they will be if Millennials use them.

In a previous article (“A Millennial’s Perspective on Driverless,” Driverless Transportation, 12/16/2014), we explored the opinions of Millennial “experts” in self-driving vehicles — 10 scientists, policy experts, and engineers who are already working in the autonomous vehicle field.

This article looks at the opinions of Americans under 35 who will buy the technology - a “consumer” panel of 10 well-informed Millennials not in the driverless field — graduate students, engineers, entrepreneurs, a doctor, and other professionals.

About half of the consumers polled thought driverless cars would be publicly available by 2020, while the rest thought it would be 2030 or beyond. Those who work on driverless cars were somewhat more pessimistic about how soon the technology would appear, averaging about five or more years in the future.

Most of the consumer panel thought Google would be the company to bring driverless cars to market, either independently or in joint ventures with automakers. “Google will lead in this new market, since they have a well-known name brand which is now becoming known in the area of household appliances and hardware,” said one 29-year-old scientist. “I don’t know of any companies in the space besides Google,” said another panelist, a software entrepreneur. (“Google’s Fully Functional Driverless Car is Adorable,” 12/22/2014).

In comparison, our panel of experts generally pointed to automakers, and not Google, as leaders in the field. But Google could have an advantage over the incumbent automakers that the experts do not see. “When cars become driverless, consumers are more likely to trust companies that they trust with computing,” theorized one young professional on the consumer panel.

A few respondents elaborated on which type of company would succeed.

“The established companies always have an image to maintain, so it may be newer companies or new names from older companies that will dominate,” observed one panelist, an engineer. No panelist thought that start-up companies would succeed in the market for self-driving vehicles, mostly because they thought consumers would only trust established businesses. (“GM Announces New Automated and Connected Vehicle Technologies for 2017 Cadillac Models,” 9/7/2014).

When asked about potential barriers to the deployment of driverless cars, consumers all pointed to legal and insurance issues. In contrast, the expert panel acknowledged these issues, but focused on concerns such as cyber security, technology development, industry standards and business models. For the most part, the experts believe that the necessary changes in law and insurance will be worked out without delaying adoption of the technology.

BUILDING CONSUMER TRUST

Members of both panels see another looming roadblock.

“Building consumer trust is going to be the lynchpin for the driverless car,” said one consumer, a 29-year-old manager. “A computer can simply fail without warning, and what happens if it does so while going 65 miles per hour on a winding highway?”

The engineer on the consumer panel declared that “the vehicles will be prone to hacking and unwanted remote control, which takes away all the advantages of safety and stress reduction in less than a blink of an eye.”

Given the changes needed in law and consumer trust, several members of the consumer panel suggested that America would not be the first country to accept driverless cars. “Perhaps a smaller European or Asian country, or one in the Middle East which is heavily investing in infrastructure improvements, would be the first to prove that driverless cars can become the main form of transportation,” observed a scientist.

The expert panelists, in contrast, did not consider which markets might be early adopters.

It is not surprising that the experts are making big plans around driverless cars, since this technology is guiding their career choices. They see them as a beneficial change in society.

The consumers are more reserved, with most adopting a wait-and-see attitude. “We will see these technologies pervade into every aspect of our lives. Having said that, I’m not planning my life around anything that is not yet here,” said one business student.

Another graduate student added, “I can’t possibly be making any plans on the basis of this technology, especially since they’re not even allowed on roads where I live.”

Another added, “Some of the decisions you need to make on the road or when picking up people can’t just be programmed. I would still rather be in a human-operated vehicle.”

One panelist, although generally positive about driverless cars, said, “The whole industry is going to have to do a lot to overcome consumer skepticism and risk aversion.”

Ultimately, all the experts viewed driverless cars as transformative technology while the consumers saw it as something would cause an incremental change in their lifestyle. “They’re like battery-operated toothbrushes - an advancement in technology that reduces human effort, thereby increasing the quality of life and standard of comfort,” offered a 25-year-old musician. While electric toothbrushes may be nice, they are not revolutionary.

COMFORT & REVOLUTION

Our surveys of Millennial Americans have found several interesting differences between those working to create a driverless future and those who will choose whether to accept it. The potential consumers of autonomous vehicles think Google will bring these cars to market relatively soon, while the experts believe other companies will sell them more than 10 years from now.

Perhaps this difference can be explained by Google’s success in advertising its efforts in driverless cars. Our consumer panelists are convinced that Google is at the forefront of driverless car technology and is close to bringing it into the world. The experts are more skeptical of Google’s promises, knowing more about the efforts of other companies and seeing more barriers to commercial adoption.

In sum, the companies and individuals creating self-driving vehicles have much more work to do to convince consumers of the technology’s value. The consumer panelists have mixed opinions about the value and significance of self-driving cars, and that the technology will bring benefits to their lives.

 

Steve Feyer is a James R. Swartz Entrepreneurial Fellow and MBA at Carnegie Mellon University’s Tepper School of Business.

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FTC Reports on Security, Connected Vehicles and the IoT

Burney Simpson

Connected vehicles are part of a new report from the U.S. Federal Trade Commission focusing on safeguarding privacy and security of the growing number of business and consumers that use the Internet of Things (IoT).

Connected vehicles have become an important part of the IoT as auto manufacturers integrate autonomous driving technology that uses the Internet for Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communications. Connected vehicle technology offers more efficient, safer driving, and has drawn the attention of fleet operators, trucking firms, insurance companies, consumers and many others.

Other major industries impacted by the IoT include healthcare, housing, and energy.

The FTC report “internet of things: Privacy & Security in a Connected World” explains that potential security risks arising from the IoT include the unauthorized access and misuse of personal information, attacks on other systems, and risks to personal safety. Privacy risks “may flow from the collection of personal information, habits, locations, and physical conditions over time.” A PDF of the report is available.

Despite these dangers, the FTC has decided that IoT-specific legislation is not needed at this time, but that industries should consider creating self-regulatory programs designed to encourage the adoption of privacy- and security-sensitive practices.

The FTC has defined the IoT as “devices or sensors – other than computers, smartphones, or tablets – that connect, store or transmit information with or between each other via the Internet.”

The report is limited to IoT devices sold to or used by consumers. It is based on the FTC’s Internet of Things workshop held in Washington, D.C. in November, 2013, and on public comments following the workshop.

The FTC also released a new reference guide on privacy and security for businesses that develop communications-oriented technology designed to become a part of the IoT. “Careful Connections: Building Security in the Internet of Things” offers a brief approach to building products and services for the IoT that include proper authentication, security measures, and well-thought-out default settings. Careful Connections is available as a free download.

In a checklist for developers, the FTC recommends they design their products with authentication in mind, protect the interfaces between their product and other devices or services, consider how to limit permissions, take advantage of readily available security tools, test the security measures before launching the product, and selecting the secure choice as your default setting.

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