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ICCVE

4th International Conference on Connected Vehicles and Expo (ICCVE) 2015

ICCVE 2015 is the world’s premier Connected Vehicles conference that gathers all the relevant communities together. During the 5-day conference, experts, practitioners and policymakers from all around the world will present the latest innovations and advances on connected vehicles, share the experience and insights, forecast the trends and opportunities, and discuss the policy, economics and social implications.

This year the conference will be held in Shenzhen China with the specific venue TBD.

Topics of interest include, but are not limited to:

  • Wireless Communications and Vehicular Networking
  • Mobile Internet, Mobility Internet and Internet of Things
  • Cooperative Driving, Intelligent and Autonomous Vehicles
  • Automotive Electronics and Automatic Control
  • Transportation and Connected Vehicles
  • Electric Vehicle and Transportation Electrification
  • Geographic, Spatial and Social Information Systems
  • Manufacturing and Prouct Safety Engineering in Connected Vehicles
  • Practices, Recommendations and Standards in Connected Vehicles
  • Policy, Economics and Social Implications of Connected Vehicles

 

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Virginia Seeks Autonomous Research Lead

Burney Simpson

The competition for autonomous driving research dollars was ramped up Monday by the state of Virginia and its research university Virginia Tech at a driverless vehicle test drive in Arlington held for members of the Washington, D.C., press corps.

On hand for the one-hour drive on I-395 in Arlington, and for a press conference after, were Virginia Sen. Mark Warner, the state’s transportation secretary, a leader from the US Department of Transportation, and several other Virginia transportation movers and shakers.

The test was organized by the VaTech Transportation Institute (VTTI) which announced in June it would begin offering for autonomous and connected vehicle tests about 70 miles of congested highways, suburban streets and rural roads in the Washington metropolitan area. Auto OEMs, the US DOT, and industry vendors test their vehicles and technology on the tracks. (“VaTech Leaves ‘Em Eating Its Dust in the Race to be the Top Driverless Test Track”).

Warner said Virginia was working to become a major research area for autonomous-aerial, -vehicle, and -maritime technology. “This is the next great disruptive technology,” said Warner. “Put billions into this and you will see the commercial aspects of this much, much faster.”

A NEW ECONOMY

Virginia Secretary of Transportation Karen Jackson said the state is reaching out to grab more automated vehicle research dollars as it shifts away from its reliance on defense spending.

Virginia is home to the Pentagon – the test drive began on Army Navy Drive around the corner from the complex – and a long-time beneficiary of military research dollars. But the budget sequestration of 2013 brought automatic 10 percent spending cuts to the Defense Department that year, and continuing reductions into 2021.

“The sequestration made us brutally aware of our reliance on the defense sector,” said Jackson. “We are building a new Virginia economy.”

The VaTech testing program has brought $300 million to the state since it began about 20 years ago, according to the Richmond Times-Dispatch. Testing of autonomous technology could go on for decades. Several speakers noted that expert firms predicted that it could take anywhere from three to 30 years for driverless technology to become commonplace.

TEST TRACK RIVALRY

The high profile road show also was a sign of the rivalry for autonomous driving test dollars between VTTI, the University of Michigan Mobility Transformation Center, and the GoMentum Station in Concord, Calif.

The Mobility Transformation Center operates the 32-acre Mcity test track in Ann Arbor, Mich., (“Michigan Launches Mcity Automated Vehicle Test Track as AVS Convenes”), while GoMentum Station offers 20 miles of urban-like test roads near Silicon Valley, home of driverless leader Google, satellite offices of the major auto OEMs, and rumored players like Apple.

Dr. Tom Dingus, director of the VTTI, suggested that his organization is now the international autonomous track leader.

“Ten years ago, we were half the size of UMTRI. Now we are double the size and we have 75 sponsors, more than UMTRI,” said Dingus.

The event on Monday successfully garnered attention with stories by The Washington Post, the Associated Press, items on several local TV stations, and the local radio news leader. In June, VTTI earned about a half-dozen stories from local media at a test near its Blacksburg, Va., campus (“Get Me B-Roll! Driverless Car Test a Hit With Local TV”).

WORKED LIKE A CHARM, EXCEPT …

The actual autonomous drive occurred in a Cadillac SRX with much of its driverless operating system contained in the trunk. In addition, German-based auto-parts supplier Continental operated a Chrysler 300C. Warner and US DOT Assistant Secretary of Research Greg Winfree got to ride in the Caddy while about a dozen reporters followed in a driven van that offered a large screen with shots of the action in the Cadillac.

The lunch-time drive was on nearly-empty lanes that are typically busy but are turned around after rush hour.

The Cadillac was operating at Level 3 of autonomous technology, with the vehicle operating the accelerating, braking, and steering, while a driver in the driver’s seat remained capable of taking immediate control of the car.

During the demo the driverless car reacted to staged events including some workers standing at a stopped vehicle, a squad car roadside, and slower autos in front of the Caddy. For the most part the Caddy worked like a charm except when it suddenly switched lanes and the test driver took over as a patrol car came speeding up behind it.

Warner admitted afterwards he had a moment of terror but that the drive overall was a success.

VaTech has partnered on the Northern Virginia part of its automated testing roadways with hi-tech mapmaker HERE, toll road operator Transurban, and the state’s DOT and DMV.

Photo courtesy VaTech Transportation Institute.

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Driverless Europe Congress & Expo 2015

Register

This is a strategic conference and targeted trade expo for everyone from auto manufacturers to downstream services, and features networking and partnering, to initiate and progress exciting collaboration opportunities. Topics include:

  • Leading the driverless revolution;
  • How disruptors can challenge, and then lead, the global auto industry;
  • What the driverless supply chain will look like;
  • Regulation and standards for safe, sure and enjoyable driving;
  • New downstream opportunities;
  • Car ownership and usage models.
RenesasCar2015b

Renesas Launches Autonomous-Driving Platform for Developers

Burney Simpson

A fleet of cars using a new comprehensive platform for creating, building and testing autonomous driving technology is now available for viewing and test drives at the Renesas DevCon 2015, the conference organized by Renesas Electronics America.

The autos feature eight LiDAR, five radar, forward smart cameras, a Vehicle to Everything (V2X) box, and other technology that is becoming a core part of autonomous vehicles worldwide.

Renesas’ Autonomous Driving Development Platform includes a fleet of cars that can be operated as a modular and open laboratory for the auto industry. Renesas collaborated on the project with autonomous technology firms Harbrick, NewFoundry, Arada Systems, eTrans Systems, and Cogent Embedded.

Renesas DevCon began yesterday and runs through Thursday at the Hyatt Regency Orange County in Anaheim, Calif.

“Advanced automotive systems for cars are complex to develop and carry a heavy burden of responsibility,” said Amrit Vivekanand, vice president of the automotive business unit at Renesas. “We are building vehicle-level platforms that address customer and partner engineering challenges.”

The platform can be used as a “working sandbox in real-world environments” by “algorithm experts, sensor makers, system integrators, and other subject matter experts” so they can “collaborate, validate, experiment” and benchmark new ideas, Renesas announced.

Vehicles using the new platform integrate such autonomous driving technology as sensor fusion, forward camera image recognition, 3D surround view, and V2X communications. It is powered by Renesas microcontrollers, System on Chips (SoC), and semiconductors.

The platform uses Harbrick’s PolySync system, a development system that uses two Renesas R-Car H2 SOCs. Cogent Embedded provided 3D surround view and forward lane detection systems. Arada and eTrans provided Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) systems that run on two channels of 5.9 GHz dedicated short-range communications (DSRC).

Renesas reported it plans to expand the technology to offer cockpit, safety, security, and powertrain platforms.

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Renesas DevCon 2015

Renesas DevCon 2015 is an intensive four-day event filled with over 200 hours of lectures and labs, a solutions filled exhibit hall, and free development tools. You’ll also have the opportunity to learn from Renesas’ best and brightest during the one-on-one ‘Ask the Experts’ sessions. Learn how to create a Renesas Synergy project, from concept to working prototype. You’ll be able to configure and use modules from each layer to see how they are integrated, work as a platform and allow application development from the API level.

WorldFlags2

ITS World 2015 Challenges US Lead in Driverless Vehicles

Burney Simpson

There have been stories recently about Silicon Valley vs. Detroit battling for autonomous vehicle development dominance.

Guys, while you’re busy fighting, the rest of the world just may pass you.

The ITS World Congress held in Bordeaux, France, this week generated a slew of news about the driverless programs going on in Asia and Europe. One grabber was the fully-driverless 360-mile trip (580 kilometers) from Paris to Bordeaux in a Peugeot Citroen.

Volvo announced it would begin on-road testing in 2107 of its IntelliSafe Auto Pilot system. Drivers will use a push-button system on their XC90 steering wheel to switch to automated driving mode when they are traveling on sections of Swedish roads designated for driverless operations. Tests will be conducted on 30 miles of roads around Volvo’s headquarter city of Gothenburg.

Meanwhile, Volvo CEO Hakan Samuelsson traveled to Washington, D.C. to warn the feds they need to set national rules around the testing and development of driverless vehicles.

“The U.S. risks losing its leading position (in autonomous driving) due to the lack of federal guidelines for the testing and certification of autonomous vehicles,” Samuelsson said in a press release. “Europe has suffered to some extent by having a patchwork of rules and regulations. It would be a shame if the U.S. took a similar path to Europe in this crucial area.”

(Thanks for the thought, Mr. Samuelsson. Capitol Hill will get to it. First they have to pass extension 3,000 of the Highway Trust Fund. Then they need to investigate whether the next Speaker of the House is having an affair. We’re busy over here.)

Several thousand miles east of Gothenburg a Chinese transportation official said his country would invest $30 billion in its intelligent transportation system through 2020. A spending pledge from a bureaucrat may be wishful thinking but it indicates China is alert to the international attention shown to driverless technology. Besides this is the country with a driverless bus going 20 miles through a cityscape.

And then there are the Japanese. This week Toyota announced that it would offer in Japan this year three models equipped with vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication capability. Toyota also pledged to bring cars to market by 2020 that the driver could put in autonomous auto-pilot mode so the vehicle could independently change lanes, merge with traffic, and pass other cars.

Also in the Land of the Rising Sun, the coastal city of Fujisawa will next year see a driverless taxi test provided by Robot Taxi (site is in Japanese). Plans call for the cabs to take about 50 participating residents on local shopping excursions of about 3 kilometers, The Guardian reports. The test is in preparation for the 2020 Olympics which will be hosted just down the road in Tokyo.

Granted, similar products and concepts are going on in the U.S. And granted, some of this is savvy marketers who are just as smart as Americans when it comes to grabbing headlines.

For that matter, the competition between Detroit and California is driving tech advances and helping to make the U.S. the place to be when it comes to driverless research and development.

But fighting in your own backyard only gets you so far. Let’s hope we don’t see a repeat of the 1960s-1970s when Japan ate Detroit’s lunch.

 

Photo—Elliott Brown, World Cup Flags, 2010.

Screen Shot 2015-01-26 at 3.29.32 PM

2015 ITS World Congress

The ITS Congress and Exhibition is the world’s largest event in intelligent transport systems and services. Through the main theme, “Towards Intelligent Mobility - Better Use of Space,” the congress focuses on the fact that we are reaching intelligent mobility, and what this will change in our lives, but also on the benefits that space can bring to ITS applications. The new satellite constellations for geo-localisation, earth observation and communication will bring new opportunities to the ITS world.

TuAutoConnectedFleets

Connected Fleet Experts to Converge on Atlanta

The rise of connected technology for fleets is the theme of this year’s TU-Automotive Connected Fleets USA//The Future of Fleets conference November 16-17, at the Grand Hyatt in Atlanta.

There will be speakers from such trucking industry firms as Navistar, Hertz, Continental, Peloton, Donlen, Ricardo, and Cummins.

The conference will attract over 300 attendees with many having the authority to make purchasing decisions. At the 2014 Connected Fleets, more than 75 percent were presidents, managers or directors, while another 9 percent were at the C-level at their firms.

Categorized by firm, 21 percent of attendees last year were with transportation service providers, 17 percent fleet service/operators, 16 percent Tier 1 suppliers, 13 percent OEMs, and 10 percent were hardware manufacturers.

This year’s seminars will focus on topics that the industry is talking about as it moves to the connected world.

Data will be the focus of two important seminars, one on techniques for turning data into revenue, and the second on the promise of a single data standard for fleets.

Cybersecurity is rising to the fore for fleets as they collect all this data. In general, connectivity is proving to be a strong positive for fleets but the issue becomes ensuring how to protect yourself from hackers.

Another major issue every year is staff, especially drivers. Driver-facing cameras has seen some pushback, so Leaseplan will address this conflict in a presentation with ideas on getting driver buy-in for the technology. There will also be a seminar on driver training that improves safety and lowers accidents.

And there will be some forward looking seminars that look at the next steps in fleet connectivity. One panel will consider whether the Uber model can be transferred to the trucking industry, while another will look at drones and their ability to monitor weather and road conditions, and track trucks.

To review the list of seminars and speakers click here.

RoboBiz2

RoboBusiness

Now in its 11th year, RoboBusiness is the established gathering place for leading minds in business and technology who come to identify opportunities, trends and new solutions in robotics that are driving marketplace change. Industry impacts and integration, technology development as well as insights into future solutions will draw over 2,000 attendees to RoboBusiness at the San Jose Convention Center this September 23-24

Events

ICCVE

4th International Conference on Connected Vehicles and Expo (ICCVE) 2015

ICCVE 2015 is the world’s premier Connected Vehicles conference that gathers all the relevant communities together. During the 5-day conference, experts, practitioners and policymakers from all around the world will present the latest innovations and advances on connected vehicles, share the experience and insights, forecast the trends and opportunities, and discuss the policy, economics and social implications.

This year the conference will be held in Shenzhen China with the specific venue TBD.

Topics of interest include, but are not limited to:

  • Wireless Communications and Vehicular Networking
  • Mobile Internet, Mobility Internet and Internet of Things
  • Cooperative Driving, Intelligent and Autonomous Vehicles
  • Automotive Electronics and Automatic Control
  • Transportation and Connected Vehicles
  • Electric Vehicle and Transportation Electrification
  • Geographic, Spatial and Social Information Systems
  • Manufacturing and Prouct Safety Engineering in Connected Vehicles
  • Practices, Recommendations and Standards in Connected Vehicles
  • Policy, Economics and Social Implications of Connected Vehicles