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Advanced Inertial Navigation Systems: Integrating GPS and LORAN Technologies

This document discusses the collaboration of GPS, LORAN, and INS technologies, focusing on the VSAS-2GM inertial navigation system. It explains how modern sensors combine GPS with inertial measurement units to achieve high accuracy in positioning, timing, and attitude measurement. Key benefits include improved performance, compact design, reduced weight, and cost-efficiency, enabling applications in indoor navigation using GPS and e-LORAN. For further inquiries, contact Sumio Miyazaki at TOKIMEC, U.S.A.

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Advanced Inertial Navigation Systems: Integrating GPS and LORAN Technologies

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  1. ＡＳＩＡＮ　ＳＴＡＴＵＳ （ＰＡＲＴ　２）

  2. Collaboration with GPS/LORAN and INS (Position、timing and Attitude Sensor ＶＳＡＳ－２ＧＭ) Takao sagawa Tamotsu ikeda

  3. What is inertial navigation system ?

  4. Dialog of modern sensor sensor GPS ANT The sensor integrates GPS with inertial measurement sensor, which uses GPS to achieve meter accuracies and to shorten alignment time.

  5. Merit of modern sensor • High performances • Small size • Low weight • Cost-effective and • In-door navigation by GPS/e-LORAN（？）

  6. Block diagram ３

  7. Performance ４

  8. Figure VSAS-2GM P/N 70279216 Unit: mm ５

  9. Contact point Sumio Miyazaki TOKIMEC U.S.A., INC. 445 S. Figueroa St., Suite 3770 Los Angeles, CA 90071 (tell) +1 213 689-4747 (fax) +1 213 689-0303 (e-mail) su-miyazaki@tokimec.com

  10. Thanks for your attention

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