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Tsuneo Takahashi

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Tsuneo Takahashi’s pioneering work has enabled automobile navigation systems providing real-time information for increased transportation efficiency and safety. During the 1970s, at a time when GPS navigation for automobiles was not yet practical, Takahashi developed a self-position navigation system using a highly efficient microprocessor and an inertial sensor for determining position. He demonstrated the first practical use of the navigation system in a passenger car in 1981, which was able to display current information on a map. His patented contributions have enabled the navigation systems that are standard in today’s automobiles for providing real-time positioning data important for efficient and safe travel. The navigation technology that Takahashi helped to introduce and commercialize also has important implications for emerging vehicle-to-vehicle and vehicle-to-infrastructure communications systems that are key to the development of intelligent transportation systems. In these systems, vehicles acting as “floating cars” or “probes” can exchange dynamic data such as traffic information and safety warnings with each other or roadside nodes (such as traffic centers). Takahashi’s work has been a key enabler in the development of intelligent transportation systems. Takahashi has also played a leading role in managing the development of GPS-based automobile navigation systems.
 
Tsuneo Takahashi’s pioneering work has enabled automobile navigation systems providing real-time information for increased transportation efficiency and safety. During the 1970s, at a time when GPS navigation for automobiles was not yet practical, Takahashi developed a self-position navigation system using a highly efficient microprocessor and an inertial sensor for determining position. He demonstrated the first practical use of the navigation system in a passenger car in 1981, which was able to display current information on a map. His patented contributions have enabled the navigation systems that are standard in today’s automobiles for providing real-time positioning data important for efficient and safe travel. The navigation technology that Takahashi helped to introduce and commercialize also has important implications for emerging vehicle-to-vehicle and vehicle-to-infrastructure communications systems that are key to the development of intelligent transportation systems. In these systems, vehicles acting as “floating cars” or “probes” can exchange dynamic data such as traffic information and safety warnings with each other or roadside nodes (such as traffic centers). Takahashi’s work has been a key enabler in the development of intelligent transportation systems. Takahashi has also played a leading role in managing the development of GPS-based automobile navigation systems.
  
An IEEE member, Takahashi’s honors include an Award of Achievement from the Society of Automotive Engineers of Japan (1997) and the 2013 [[IEEE Medal for Environmental and Safety Technologies|IEEE Medal for Environmental and Safety Technologies]]. Takahashi is the president of NF Corporation, Yokohama, Japan.
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An IEEE member, Takahashi’s honors include an Award of Achievement from the Society of Automotive Engineers of Japan (1997) and the 2013 [[IEEE Medal for Environmental and Safety Technologies|IEEE Medal for Environmental and Safety Technologies]] "For pioneering the development of navigation technology in automobiles." Takahashi is the president of NF Corporation, Yokohama, Japan.
  
 
[[Category:Transportation]]
 
[[Category:Transportation]]
 
[[Category:Intelligent_transportation_systems]]
 
[[Category:Intelligent_transportation_systems]]
 
[[Category:Navigation]]
 
[[Category:Navigation]]

Revision as of 15:03, 26 June 2013

Biography

Tsuneo Takahashi’s pioneering work has enabled automobile navigation systems providing real-time information for increased transportation efficiency and safety. During the 1970s, at a time when GPS navigation for automobiles was not yet practical, Takahashi developed a self-position navigation system using a highly efficient microprocessor and an inertial sensor for determining position. He demonstrated the first practical use of the navigation system in a passenger car in 1981, which was able to display current information on a map. His patented contributions have enabled the navigation systems that are standard in today’s automobiles for providing real-time positioning data important for efficient and safe travel. The navigation technology that Takahashi helped to introduce and commercialize also has important implications for emerging vehicle-to-vehicle and vehicle-to-infrastructure communications systems that are key to the development of intelligent transportation systems. In these systems, vehicles acting as “floating cars” or “probes” can exchange dynamic data such as traffic information and safety warnings with each other or roadside nodes (such as traffic centers). Takahashi’s work has been a key enabler in the development of intelligent transportation systems. Takahashi has also played a leading role in managing the development of GPS-based automobile navigation systems.

An IEEE member, Takahashi’s honors include an Award of Achievement from the Society of Automotive Engineers of Japan (1997) and the 2013 IEEE Medal for Environmental and Safety Technologies "For pioneering the development of navigation technology in automobiles." Takahashi is the president of NF Corporation, Yokohama, Japan.