Solar Energy News  
NAVTEQ Announces Industry Strategy For Map-Enhanced ADAS

This powerful, cost-effective MPE design for map-enhanced ADAS is small enough to be implemented on a credit card-sized circuit board or distributed in the electronics architecture of the vehicle. In addition, unlike traditional ADAS solutions, the application is always on and does not need a stored navigation route.
by Staff Writers
Paris, France (SPX) Oct 06, 2008
NAVTEQ has announced the development of a new Map and Positioning Engine (MPE) strategy. With this development, map-enhanced Advanced Driver Assistance Systems (ADAS) can be available to all vehicles, even in cars without an installed navigation system or navigable map.

Behind this strategy is NAVTEQ's new MPE reference solution, which accelerates the development of ADAS applications embedded directly in a vehicle's electronic control unit, often referred to as the Controller Area Network (CAN) bus, or electronic sensor.

NAVTEQ's reference solution is powered by the NAVTEQ MPE(TM) map, a sub-set of the NAVTEQ map which contains ADAS geometry and precise ADAS attributes. Because the NAVTEQ MPE(TM) map is lower in cost and smaller in file size, it allows for broader vehicle adoption of map-enhanced ADAS applications.

To accelerate the development of ADAS applications, NAVTEQ's reference solution provides a recommended MPE specification.

This specification outlines optimal deployment of the GPS, microprocessor, memory and all required software including map-matching, ADAS Interface Specification and CAN bus interfaces, as well as the NAVTEQ Electronic Horizon(TM). NAVTEQ's patented Electronic Horizon algorithms, essential to predictive road information for ADAS, search for and interpret attributes on the road ahead.

This powerful, cost-effective MPE design for map-enhanced ADAS is small enough to be implemented on a credit card-sized circuit board or distributed in the electronics architecture of the vehicle. In addition, unlike traditional ADAS solutions, the application is always on and does not need a stored navigation route.

"The map and positioning engine reference solution is a fundamentally new way to think about digital maps and GPS positioning in the vehicle electronics architecture," offered Bob Denaro, NAVTEQ vice president of ADAS.

"When it comes to safety and fuel economy, the industry needs a solution that brings the value of digital maps and vehicle positioning to all vehicles. The MPE is the ideal solution for these advanced vehicle performance features."

NAVTEQ market research indicates that interest in map enhancement of ADAS applications is strong among vehicle owners. With a map and positioning engine resident in a small module on the CAN bus interface, application developers can provide these critical applications independent of the vehicle's installed navigation system.

"The NAVTEQ MPE map provides our customers with new options for integrating map-enhanced ADAS into the vehicle," stated Jeff Mize, NAVTEQ executive vice president of sales.

"Furthermore, our marketing relationships with the semi-conductor manufacturers and development communities foster an eco-system that nurtures rapid deployment of these applications."

The MPE map augments NAVTEQ's continued support of ADAS by now addressing vehicles that do not have installed navigation systems.

In addition to providing quality map data, NAVTEQ has an experienced technical and customer support staff. The ADAS research team assists customers in optimizing the Electronic Horizon algorithms with NAVTEQ maps, enabling cost-efficient use of customer resources and reduction in the development time cycle.

Related Links
NAVTEQ
GPS Applications, Technology and Suppliers



Memory Foam Mattress Review
Newsletters :: SpaceDaily :: SpaceWar :: TerraDaily :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News


u-blox Releases Revolutionary 1.8V GPS Module Series
Thalwil, Switzerland (SPX) Oct 06, 2008
u-blox has announced the release of two new revolutionary low voltage GPS modules NEO-5D and NEO-5G. They are the world's first modules to operate at 1.8 Volt, which reduces power by 40% or more compared to its predecessors and enable a high level of performance with the lowest possible power consumption.







  • German power giant to run Bulgarian nuclear plant: ministry
  • Rice in India, but no signature for nuclear pact
  • Nuclear deal set to boost US-India ties
  • US Senate passes Indian nuclear deal

  • Financial crisis darkens outlook for climate talks
  • Land Use In The Light Of Climate Change
  • Water Table Depth Tied To Droughts
  • Palin: cause of global warming 'doesn't matter'

  • Mars, Nestle pull product in SKorea over milk scandal: official
  • China tries to contain tainted milk fallout
  • Milk scandal leaves sour aftertaste for China's White Rabbit sweets
  • Melamine found in Nestle milk products: minister

  • Decline In Alaskan Sea Otters Affects Bald Eagles' Diet
  • Conservation congress kicks off with dire warning on biodiversity
  • Vanishing African wildlife threatens livelihoods: scientists
  • Mass Extinctions And The Slow Rise Of Dinosaurs

  • NASA And Air Force Work To Establish Hypersonic Science Centers
  • Iran To Conduct First Satellite Launch Soon
  • Outside View: Reusable rocket breakthrough
  • Grant For Eco-Friendly Rocket Engine

  • Nuclear Power In Space - Part 2
  • Outside View: Nuclear future in space
  • Nuclear Power In Space

  • Smog Blog For Central America And Caribbean Debuts
  • Infoterra Enhances Capability With Acquisition Of Imass
  • Students And Astronauts Use Powerful New Tool To Explore Earth From Space
  • Raytheon Completes Ground Segment Acceptance Testing For NPOESS

  • New Robotic Repair System Will Fix Ailing Satellites
  • High-School Team Tracks Spacecraft Breakup
  • Actel Adds DSP Capabilities To Industry-Leading RTAX Space FPGAs
  • New Research Shows Why Metal Alloys Degrade

  • The content herein, unless otherwise known to be public domain, are Copyright Space.TV Corporation. AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA Portal Reports are copyright European Space Agency. All NASA sourced material is public domain. Additional copyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement, agreement or approval of any opinions, statements or information provided by Space.TV Corp on any Web page published or hosted by Space.TV Corp. Privacy Statement