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PT-72
Navigation and Intelligent Transportation Systems
Ronald K. Jurgen, September 1998, 40 Papers, 350 Pages, Hardbound
$60.00

Navigation and Intelligent Transportation Systems contains 40 papers covering the technical and functional aspects of these systems including: 3D mapping, route guidance, cellular phone access, electronic compasses, and the history and future of navigation systems. The book also covers the important role of navigation in Intelligent Transportation Systems concerned with traffic management, traveler information, vehicle control systems, commercial vehicle operations, and public and rural transportation systems.

The book concludes with a chapter on the Intelligent Vehicle Initiative, a joint program between the National Highway Traffic Safety Administration, the Federal Highway Administration, and the Federal Transit Administration.

 

Papers in: PT-72

  • 920601 Development of the New Toyota Electro-Multivision
  • 920748 Automobile Navigation System With Multi-Source Guide Information
  • 930455 The Development of a New Multi-Av System Incorporating An On-Board Navigation Function
  • 930551 Development of Electronic Compass for Automobile, Using Magnetoresistive Elements
  • 930553 Human Factors Considerations for Voice Route Guidance
  • 930554 Development of the New Navigation System-Voice Route Guidance
  • 930555 Quick Route-Finding Algorithm
  • 940515 Development of a Display Unit for An Automobile Navigation System
  • 940905 Chained Information Systems (An Aid to Prevent Rear-End Collisions)
  • 941001 Improved Traffic Control Integration Through Software Emulation
  • 941003 An Automated Highway System Employing "Smart Highway" Infrastructure and "Dumb Cars"
  • 950473 Development of Simple In-Vehicle Information System By Two-Way Optical Communication With Vehicle Detector
  • 952306 Integrated Driver and Vehicle Information Systems--Modular Design Versus Increasing Complexity
  • 960206 Navigation Systems--Intelligent Co-Drivers With Knowledge of Road and Tourist Information
  • 960515 Convoying Using a Radar Reflective Patch
  • 960517 Dynamic Vehicle Simulation to Evaluate Countermeasure Systems for Run-Off-Road Crashes
  • 961007 Development and Evaluation of a Car Navigation System Providing a BirdS-Eye View Map Display
  • 961685 A Variable Stability Test Vehicle for Its Applications
  • 961704 Reading the Roads: a New Technique for Vehicle Location
  • 970169 Vehicle Navigation Systems: Is America Ready?
  • 970170 Driver Car Following Behavior Under Test Track and Open Road Driving Condition
  • 970171 The Driver Information System for the Rest of Us
  • 970176 New Thermal Infrared Sensor Techniques for Vehicle Blind Spot Detection
  • 970450 Where the Rubber Consorts With the Road: Observations on the Consortium Approach to Automated Highway System Transportation Research
  • 970451 Pac-Its: Towards Ahs and 150 Mph Highways
  • 970602 Applications of Magnetoresistive Sensors in Navigation Systems
  • 971115 Traffic Telematics in Europe
  • 971121 Who Should Be Funding Intelligent Transportation Systems (Its)?
  • 971128 Infrared Technology for "Acc" and Future Advanced Applications
  • 972637 Gps as the Primary Navigation Sensor for Its
  • 972640 The Bmw On-Board Navigation System
  • 972678 Report on the U.S. Dot Its Joint Program Office Standards Program
  • 980603 Dynamic Route Guidance - Different Approaches to the System Concepts
  • 980604 Fault Diagnosis of Steering System for Advanced Vehicle Control Systems
  • 980605 Development of a Three-Dimensional BirdS-Eye View Map Drawing Technique for Car Navigation Systems
  • 980606 An Adaptive Cruise Control Using Wheel Torque Management Technique
  • 980612 Block-Structured, In-Vehicle Information Network System
  • 980614 Information Services for Greater Driving Enjoyment
  • 980616 Development of a Headway Distance Control System
  • 980855 The Ohio State University Automated Highway System Demonstration Vehicle