The Australian Intelligent Transport Systems Summit 2009 (ITS 09) will showcase the latest in transport technology in Australia together with new innovations from around the world. In addition to the Summit being a fantastic opportunity to learn from leading experts and discover new ideas, the program will also provide delegates the unique opportunity to be part of discussions and decision-making to take ITS for Australia into the next generation.

Road safety, congestion and sustainability are just some of the challenges facing, transport networks around Australia (and the world). Meeting these challenges requires close consultation from all state and federal governments, as well as the systematic implementation of intelligent transport systems technology (ITS).

ITS technology helps our transport and road users to utilise infrastructure more effectively and efficiently. It is the link that will help all state, territory and federal governments meet their transport challenges. This was the pre cursor in establishing Australia’s first ITS Summit. Improving road and rail safety.

• Speakers that will present case studies on local and international developments in ITS and innovative applications of ITS
• Panel discussions and debates on appropriate directions, policy development and actions
• Facilitated workshops and/or working group sessions

Themes:

• Improving road network management
• Providing better travel and traveller information
• Improving public transport operation
• Facilitating a more efficient freight industry
• Reducing environmental impacts
• Improving security, safety and emergency planning

The program will include:

• Speakers that will present case studies on local and international developments in ITS and innovative applications of ITS
• Panel discussions and debates on appropriate directions, policy development and actions
• Facilitated workshops and/or working group sessions

Click here to learn more about the ITS Summit 2009

(Source: Transit Wire & Progressive Railroading)

Amidst the flurry of negative publicity surrounding Washington, DC’s Metro rail system, there was some good news shining like a lone star in the dark sky! Metrorail passengers will soon be able to go online while underground. Four major cell phone providers have started to install the hardware that will enable riders to make calls, surf the Web, or send text messages from many of the Washington (DC) Metropolitan Area Transit Authority’s busiest stations starting in October.

Verizon Wireless, Sprint Nextel, AT&T and T-Mobile recently began installing hardware at the 20 below-ground stations and expect to complete work by Oct. 16. According to the WMATA press release, during the next two months, the companies will install a wireless network at the following Metrorail stations: Ballston, Bethesda, Columbia Heights, Crystal City, Dupont Circle, Farragut North, Farragut West, Federal Triangle, Foggy Bottom-GWU, Friendship Heights, Gallery Pl-Chinatown, Judiciary Square, L’Enfant Plaza, McPherson Square, Metro Center, Pentagon, Pentagon City, Rosslyn, Smithsonian and Union Station.

The companies will build, operate, maintain and own the new wireless network, as well as establish a second wireless network that WMATA will own, operate and maintain. The wireless contract will generate a minimum of $25 million during the initial 15-year term and an additional $27 million during renewal terms, according to the transit agency.

Customers at those stations will begin to see large, cabinet-like enclosures that will house the hardware at the ends of station platforms or on mezzanines, in areas that will not impede the flow of customers or impact the safe operation of the Metrorail system. New cables and antennae also will be installed as part of this work, which will take place late at night when the Metrorail system is closed.

“This is the first phase of Metro’s effort to bring expanded cell phone carrier service to the entire Metrorail system by 2012,” said Suzanne Peck, Metro’s Chief Information Officer. “After we complete the first 20 stations this fall, the carriers will install service at the remaining 27 underground stations by the fall of 2010. Customers will be able to use these carrier-provided wireless services in tunnels between stations by October 2012.”

Riders can now receive cell phone service from multiple providers at above ground stations, but the current underground wireless network only supports Verizon customers and Sprint phones that roam onto the Verizon network. In 1993, Metro agreed to allow Bell Atlantic Mobile Systems, which later became Verizon Wireless, to build and maintain the current wireless network. In exchange, Verizon built a public safety radio communications system for Metro. Verizon also pays annual fees to Metro.

“Customers have been asking for expanded cell phone and Internet access in the Metrorail system for a long time,” said Metro General Manager John Catoe.  And now they are finally getting what they pleaded, fought and begged for years!

Foreword: TransportGooru is thankful to Mr. Glenn Havinoviski, a great supporter and an occasional editorial contributor (See Glenn’s Career profile below) for this review.  Recently, Glenn traveled from Washington, DC to San Antonio for a business event.  Enroute , he was updating his LinkedIn.com status message which read “Glenn is attending the ITE meeting in San Antonio this week! And typing this while enjoying inflight wi-fi (free for now)…..”  In a few minutes of this update, I wrote to him asking if he would like to write a review of this in-flight service and he gladly agreed and offered to send his review upon return.  As promised, Glenn promptly sent his input and TransprtGooru is glad to share that with all of you.  Upon reading, please register your comments so that Glenn will get to know what you all thought of his review.

Review by: Glenn Havinoviski

Delta has been redeeming themselves lately with their competitive fares (compared to United) out of Washington Dulles Airport, an advantage slightly tarnished by the chronic delays and crowding at their hub in Atlanta. They are now entering the 21st Century thanks to their embracing of Internet access.

THE HISTORY

Wi-fi in the sky is not new. About 5 years ago, Lufthansa tried mid-air Internet access with the Connexion service by Boeing on 66 of its 80 long-range jets, on occasion even handing out one-hour-free cards at the gate in Frankfurt or on the plane. Of course, on an 8-hour flight, that only gets you so far. I recall it was about $18 per flight if you wanted it the whole time. The service, which worked well the times I used it, died about 3 years after it started, given Boeing could not make it profitable thanks to the cost of maintaining their magic satellites as well as the half-ton of equipment on each plane with the service. (It didn’t help that the US airlines were not in the wi-fi game at that point to help amortize those satellite costs.) Connexion was pretty fast for downloads (3 MBps) but uploads (at 128 kbps) were somewhat slow. Not having in-seat power on Lufty was a minus as well.

THE AIRLINES MOVE FORWARD

Fast forward to 2009. Airlines have discovered the concept of supply and demand (at the expense of the casual flyer), and now suddenly have resources even in today’s sickly economy.

Aircell offers the GoGo wireless service on American, Delta, Airtran and Virgin America using a network of ground stations instead of satellites (meaning other services are needed for overseas flights), and 1 TB servers on each plane with relatively low cost wiring and antennas throughout the craft. Gogo is a much more compact solution than Connexion. Aircell claims they can equip a plane overnight with all the GoGo equipment.

Airtran and Virgin America have it on all their planes, American is ramping up to include the service on most planes and Delta promises to put it on 300 domestic aircraft by the end of the year. Stingy United will offer GoGo only on its premium JFK-LAX and JFK-SFO services.

As for other services, Southwest, Alaska and JetBlue are trying out free wi-fi on a handful of planes. US Airways is a no-show in the Wi-Fi derby. In the meantime, Lufthansa is firing up its old Connexion infrastructure (including the satellites) with the help of T-Mobile.

MY EXPERIENCE

Delta’s service is $9.95 (flights < 3 hours) and $12.95 (flights > 3 hrs), but if you happen to be transferring in Atlanta, perky college-age guys and gals clad in black with GoGo Wireless duffel bags will hand you one or two cards inviting you to try it out for free for a day of travel (they expire 9/30). Three of the four Delta flights I was on had the wi-fi. All of those planes were MD-88’s. The one plane that didn’t was a 757 (which inexplicably had a video on board explaining how to use the non-existent wi-fi service on that plane).

On my trip to San Antonio, I changed in Atlanta and promptly received my freebie card from the perky co-ed. I used the service on the ATL-SAT leg and will report on it below. On the way back, they had the service but I didn’t have the freebie card and didn’t feel like paying $12.95, considering I had finished with the ITE meeting and pretty much took care of my emails with my iPhone while on the ground. At Atlanta a pair of freshly scrubbed college kids in Gogo black gave me two cards, which I’ve saved for future use (between now and 9/30 when they expire), given the lack of Wi-fi on the 757 which served the last leg of the trip, from ATL to IAD.

THE REVIEW

GOOD: I didn’t have to upload anything, so I couldn’t tell how slow that might be (as before, uploads are much slower than downloads). But I was able to handle emails, grab stuff off the web, and do a few electronic payments. Really just like my home network. Of course having it for free was whipped cream on my strawberry cheesecake.

BAD: MD-88’s do not carry power connections. As my battery on my Dell lasts for 5 hours, not a biggie. Unfortunately, as with every service you start from scratch with, you launch Internet Explorer and get taken to a welcome screen to GoGo, which in turn makes you go-go through 2-3 pages of info you have to fill out (name, email, the usual assorted data as well as credit card if you are paying to use the service, discount code if you have a card, and of course the disclaimer at the end you have to acknowledge). Also bad is that it’s not on every plane yet.

I did not tsubscribe to the wifi on my iPhone though, although it was a strong, accessible signal – it would have been another sign-up.

Overall though – kudos to the airlines for utilizing services which have lightened up on the on-board infrastructure for domestic travel. As long as they keep Skype and voice-based cellular service off planes, I’ll be a happy camper. Technology is good.

——————————————————————————————————————————————

About Glenn Havinoviski: Glenn is an Associate VP

, Transportation Systems at Iteris in Sterling, VA and is a registered PE.   Until recently, he was an Associate Vice President and ITS Group Director for HNTB Corporation in the Arlington, Virginia office. His 27 years of experience (25 in consulting, 2 in the public sector) include serving as both a practice builder and a practice leader, providing project management and technical leadership for ITS and traffic management projects in the US and abroad.Glenn N. Havinoviski, PE joined Iteris in Sterling, VA on July 6 as Associate VP, Transportation Systems, after serving as Associate Vice President and ITS Group Director for HNTB Corporation in the Arlington, Virginia office. His 27 years of experience (25 in consulting, 2 in the public sector) include serving as both a practice builder and a practice leader, providing project management and technical leadership for ITS and traffic management projects in the US and abroad.

(Source: PR NewsWire)

NAVTEQ, the leading global provider of navigation services, has released some interesting findings after analyzing research data from several proprietary studies.  The findings point to key differences between the male versus female audience for navigation.

The results offer important insights into each group’s interest and interaction with navigation across different types of devices.

1. The female audience is equally aware of and attracted to the use of navigation, but they get their information in advance of a purchase from different sources than men.
2. Women are also having a very different experience after the purchase with their device. A much higher proportion are not taking advantage of advanced features such as POI search and Traffic, and thus not surprisingly, the satisfaction they report with their systems is dramatically lower than men.

Specific highlights from the analysis include:

• Familiarity with navigation among both women and men tops 90%, but unlike their male counterparts who rely more on information from media sources, word of mouth is the main source of awareness for women (41% for women; 26% for men)
• If purchasing a PND, the highest percentage of men buy at consumer electronics stores (34%), while a higher proportion of women buy online (26% of women) or at a grocery (8% of women)
• Women use features such as POI search and Traffic dramatically less than men; 15% of women “never” use POI search (versus 2% of men) and 39% never use Traffic features (versus 10% of men)
• 80% of men state that they are “extremely” or “very” satisfied with their navigation system; only 60% of women make that same statement

The results are based on analysis of six separate proprietary studies conducted by NAVTEQ in 2008. In each case, the sample sizes were substantial enough to allow for an examination of the findings based on gender. This is one of several announcements made by NAVTEQ this year on learning from the company’s proprietary research efforts, following previous reports regarding the positive impact of navigation on fuel efficiency and CO2 emissions as well as consumer learning on the desire for reminders on regular map updates.

Click here to read the entire press release.

ITS World Congresses gather some 5,000 participants from around the world looking to share experiences and build networks. As a decision-maker, manufacturer, supplier or consultant within the private or public sector, the World Congress is an opportunity for you to learn more about what ITS can do to improve the efficiency of your operations. What’s more, it is an excellent opportunity to show the general public how ITS can help them in their daily lives.

Delegates will include representatives from:

• International organisations and national governments
• Regional, local and municipal authorities
• Security and safety organisations
• CEOs from industry
• Equipment manufacturers and suppliers
• Service developers and service providers
• Software developers and systems integrators
• Automotive and industrial designers
• Public transport and freight operators
• ITS project management and financiers
• ITS consultancies and advisors
• ITS users and members organisations
• Public interest groups and press

There will also be an opportunity for the public to visit the Exhibition and demonstration sites on the last day of the World Congress in Stockholm.

The Congress format consists of several different types of sessions.  Along with the traditional types of sessions (Plenary, Executive, Special Interest and Technical/Scientific), this year the Congress organizers are introducing the two new formats: Interactive Sessions and Lunchtime Debates.  Sessions typically last 90 minutes.

The Exhibit Hall provides a venue for public sector organizations and private sector vendors to show off their latest technology.  The Exhibit Hall will be open to Congress delegates September 22-25; on Friday, September 25, it will also be open to the public.

The 2009 ITS World Congress will also feature four demonstration sites where Congress delegates can watch ITS in action: one is located inside the Exhibit Hall, two are located just outside the building in the parking lot, and one is accessible by shuttle bus.  Congress delegates can also go on any of 11 technical visits to see ITS in action in and around Stockholm.

Social events include receptions on Monday (September 21) and Tuesday (September 22) evenings and a gala dinner Wednesday (September 23) evening in Stockholm City Hall, famous as the location where Nobel Prizes are awarded.

For all other event related information, please visit the ITS World Congress website.

The proceedings from the recently held Intelligent Vehicle Technology Transfer (IVTT) Joint Military/Civilian Workshop on IntelliDrive are now available online for your perusal and downloading.   The Workshop was held at the Holiday Inn, Gaithersburg, Maryland on July 30, 2009.

For those who are not in the know, the Intelligent Vehicle Technology Transfer (IVTT) Joint Military/Civilian Workshop on IntelliDrive^sm is sponsored by the Defense Advanced Research Projects Agency (DARPA); and it is supported by the Department of Transportation Intelligent Transportation Systems Joint Program Office (DOT ITS JPO), the Army Tank Automotive Research, Development and Engineering Center (TARDEC), the Association for Unmanned Vehicle Systems International (AUVSI); the Intelligent Transportation Society of America (ITS America); and the Intelligent Systems Division of the National Institute of Standards and Technology (ISD NIST)

Please link to the IVTT website at www.Intelligent-Vehicle.com and go to the “Prior Events” tab and then click on “Workshop 2009” to access the Presentations and other Workshop information. (Alternatively, you can copy paste the following link: http://www.intelligent-vehicle.com/index.php/events-2009). Or you can simply click each of the following hyperlinked files to simply download them.

• Agenda 31 March 09.pdf
• Presentation 01 Scott Welcome.pdf
• Presentation 02 Finkelstein IVTT Technological Transformation.pdf
• Presentation 03 Dumas Intelligent Vehicle Technology In DARPA.pdf
• Presentation 04 Wilcox Robotic Systems Joint Project office.pdf
• Presentation 05 Rossi Emerging Intelligent Vehicles In FCS.pdf
• Presentation 06 Govers Guardium UGV.pdf
• Presentation 07 Shoemaker Autonomous Intelligent Vehicle Research.pdf
• Presentation 08 Scott Autonomous Intelligent Vehicle Technology At NIST.pdf
• Presentation 09 Schmidt Intelligent Vehicles And IntelliDrive.pdf
• Presentation 10 Fitch Intelligent Vehicle Perception And Autonomy.pdf
• Presentation 11 Pilutti Autonomous Vehicles And Collision Avoidance.pdf
• Presentation 12 Schmitt Intelligent Commercial Vehicles.pdf
• Presentation 13 Langer Autonomous Driving At VW.pdf
• Presentation 14 McBride Autonomous Vehicle Research At Ford.pdf
• Presentation 15 Rajkumar Making Autonomous Driving Real.pdf
• Presentation 16 Kern Intelligent Cars Trucks And Buses.pdf
• Presentation 17 Snyder Autonomous Intelligent Vehicles Now.pdf
• Presentation 18 McCormick Connected Vehicle Proving Center.pdf
• Presentation 19 Dallas Robotics Technology Consortium.pdf
• Presentation 20 Bishop Intelligent Vehicles Global Perspective.pdf
• Presentation 21 Albus Intelligent Vehicle Technology Gaps.pdf
• Presentation 22 Ayyub Intelligent Vehicles Towards Cognition.pdf
• Presentation 23 Finkelstein IVTT Roadmap.pdf
• Registrants List.pdf

The workshop was deemed a great success, and the DOT’s developing IntelliDrive system of systems can help satisfy the DOD’s needs for complex networks of sensors, vehicles, communications, and control centers. Please stay tuned to your website for the announcement(s) regarding the next event.

Do not forget to thank, Dr. Bob Finkelstein, the manager of IVTT Program for making these presentations publicly available.

(Source: Green Car Congress)

AeroVironment, Inc. (AV) has been granted a patent (no. 7,444,192) by the United States Patent and Trademark Office (USPTO) for technology that facilitates the optimal charging, management, control and maintenance of battery packs, chargers and electric vehicles (EVs).

AV’s technology is directly applicable to battery packs, chargers and battery-powered EVs that can be linked to the electric utility network and managed by a “smart grid” controller. The technology is designed to gather data from the EV or the charger, and uses the data to determine whether the rate of charge is optimized for the vehicle’s performance, the battery’s long-term health, and the utility’s power availability.

Click the image to enlarge. Document opens in new window

A device employing this technology could create and store a performance profile for the EV and charger. Based on this historical profile, the device could optimize the rate of charge or transmit an alert to the utility or end user.

The technology was developed for AV’s PosiNET system, a Web-based motive power management solution which has been deployed in support of commercial EV fleets in the United States. PosiNET minimizes fleet downtime and optimizes vehicle utilization by providing real-time, predictive and historic reports as well as actionable alerts and equipment usage recommendations to fleet managers.

For passenger EV charging, the system would enable vehicle and grid optimization through grid-tied electric charging systems communicating with utilities via the internet. The system could send alerts and other actionable data to utilities which could then remotely control charge rates using the PosiNET system. The comprehensive information gathered by the system could also be used by the utilities for reporting and analysis. These same capabilities could also be applied by utilities to help enable real-time grid balancing on a local level.

The technology behind AV’s electric vehicle charging solutions emerged after AV’s substantial contributions to the development of the GM Impact, the concept car for General Motors’ EV1, the first modern electric car. AV created a solution combining high-current charging algorithms with intelligent thermal management to safely increase the useful range of electric battery packs. Today, AV’s electric vehicle charging solutions significantly reduce the amount of time required to safely charge electric vehicle battery packs while maximizing their range, performance and lifespan.

Click here to read the entire article.

Image Courtesy: Nissan via Tree Hugger

(Source: Tree Hugger)

In the days leading up to the unveiling of its flagship Leaf EV, Nissan also unveiled this contact-free charging technology. At the same demonstration where folks got to test drive the EV platform and took-in the iPhone interface, they got to see a working example of induction charging in action.  Induction charging is already a common technology in products ranging from electric toothbrushes and razors to kitchen cooktops and artificial hearts. Our friends at Tree Hugger have now published a nice article, offering the details of this wireless goodness. Here are some interesting details:

• Wireless charging works on the principal of electromagnetic induction, and when two coils (one on the ground and one under the car) come into proximity, a charge can be transfered from a power supply to the battery.
• It takes a few seconds for the primary and secondary coils to recognize each other, but once they do, the system could charge this small EV in three hours.
• Nissan engineers are certain the charging efficiency is as good or better than plugging in, and that induction charging is simple and cheap.

Earlier Tree Hugger reported that Nissan is not only investigating induction charging for stationary applications such as in a garage or parking spot but is also looking at embedding plates into roadways, so that battery powered cars could charge while driving. Induction charging certainly has a ways to go and many questions to answer: what will it do to other devices, are there health risks from long-term exposure, what if you have an artificial heart (which is also powered by induction), not to mention how much efficiency might be lost in transmission?

Click here to read the entire article.

(Source: Flight Global & eweek.com)

Promising the fastest Wi-Fi in the sky, Row 44’s satellite-based airline broadband service wins operating approval from the Federal Communications Commission.

In a move that could usher in a new era for airborne communications the US Federal Communications Commission (FCC) has green-lighted Row 44’s application to operate an aeronautical mobile-satellite service (AMSS) in the conventional Ku-band segment.

The award, being heralded by Row 44 as “a major victory”, comes one month after Alaska Airlines and Southwest Airlines urged the FCC to finally approve the California-based firm’s application, which had come under persistent fire from would-be rival ViaSat.

Alaska and Southwest are trialing Row 44’s high-speed broadband system on a total five Boeing 737s. Their ability to expand the service fleet-wide hinged upon the approval of Row 44’s application.

As recently as 29 July, ViaSat asked the FCC to refrain from granting authority to Row 44. But Row 44 persevered, learning this week that it had received the crucial operating license from the FCC.

The license, together with the license already granted to Row 44 in Canada and a ‘right to operate’ agreement in Mexico, allows Row 44 to provide uninterrupted airborne Internet service throughout the North American continent, and brings it ever closer to providing near global coverage.

The FCC ruling states :

With this Order, we grant blanket authority to Row 44, Inc. (Row 44) for domestic operation of up to 1,000 technically identical transmit/receive aircraft earth stations in the Aeronautical Mobile Satellite Service (AMSS). The aircraft earth stations will operate in the conventional Ku-band, transmitting in 14.05-14.47 GHz and receiving in 11.7-12.2 GHz. We also grant Row 44 a waiver of the U.S. Table of Frequency Allocations (Table of Allocations) to permit its operations in the 11.7-12.2 GHz band. These earth stations will be used to communicate via leased transponders on three geostationary satellites: Horizon 1 at 127º W.L., operated by Intelsat LLC; and AMC-2 at 101º W.L. and AMC-9 at 83º W.L., operated by SES Americom, Inc. Today’s grant will allow Row 44 to provide two-way, in-flight broadband services to passengers and flight crews aboard commercial airliners and private aircraft. We believe that implementation of Row 44’s AMSS system, pursuant to this authorization, will enhance competition in an important sector of the mobile telecommunications market in the United States.

Row 44 holds the distinction of being the first Ku-band-based connectivity service provider to operate in the commercial sector following the late 2006 demise of Connexion by Boeing.

The Row 44 system provides downlink data rates averaging 30M bps and 620K bps maximum in the uplink direction. Along with providing broadband for passengers, Row 44’s technology also provides airlines a broadband link for operational data. The system weighs less than 150 pounds.

Aircell, Row 44’s competitor in providing airline Wi-Fi, uses ground-to-airplane technology. American Airlines, Delta Air Lines and Virgin America are using Aircell technology on selected flights and AirTrans plans to deploy broadband Internet access using Aircell on every flight across its entire fleet of Boeing 737 and 717 aircraft.

Row 44’s major system components include a low-profile antenna mounted to the top of the fuselage. Four compact line-replaceable units are installed above the cabin headlining just below the antenna: a server management unit, a high power amplifier, an antenna control unit and a modem data unit. To distribute a Wi-Fi signal, one or more wireless access units are placed in the airplane cabin.

Row 44 claims its satellite-based system provides the fastest Wi-Fi in the air. The system is supported by the global infrastructure of Hughes Network Systems. “No longer will an airline be forced to accept an unattractive compromise between the performance it can offer and the service price it must charge,” Row 44’s CEO John Guidon said.

While North American regulators do not currently permit in-flight mobile phone calls or SMS text messaging, the Row 44 system will support these services, notes Row 44. It says it intends to offer these services to airline customers throughout the world, wherever such activities are permitted and requested by airlines.

Click here to read the entire article.

(Source: Tree Hugger)

During last week, many of us watched Nissan unveil its electric car, Leaf.  Those who where in Yokohoma, Japan for the unveiling had a chance to test drive the vehicle and get a demonstration of the technology behind the vehicle.  Our friends from Tree Hugger were kind enough to bring us a little more than what the rest of mdeia has offered thus far.   In an exclusive article, Tree hugger explains Nissan’s technology demonstration that utilizes the internet technology to interface with its electric vehicles. Check out the exclusive video (via You Tube) and a collection of pictures here.

As you can see in this quick demo, the car sends info to an Apple iPhone via a dedicated global data center. The software tells the user about the car’s state of charge, the cost to charge at a given hour of the day, and sends alerts when it’s fully juiced up.

Nissan also expects this is how drivers may program what times of day they want to charge up. Since tiered electricity billing is becoming more common (especially with the spread of smart meters), customers will want to charge their cars when it’s cheapest.

Image Courtesy: Tree Hugger

This smartphone interface also lets the user activate or pre-program the car’s climate control. This is important because heating and air conditioning draw a considerable amount of power, so it’s better to draw from the grid when plugged in, rather than once the car is on the road and running on its battery.

Although this interface isn’t likely to appear on the first-generation Leaf when it comes out in late 2010, Nissan has assured us that this is not just eye candy, and that smartphone connectivity is a feature that will make it to market.

Click here to read the entire article.