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The Role of Sensors and Sensing Technology for Future Automotive Systems
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Abstract
The role of sensors and sensing technologies for the next generation vehicle systems are discussed. The control systems for engines and power-train are expected to realize high efficiency with low pollution and comfort drivability. Vehicular safety and chassis control systems are expected to avoid many kinds of traffic accidents caused by the human errors of drivers. Vehicular information systems will help the drivers to get the information to manage their vehicles economically and efficiency. In every system mentioned above, sensors and sensing technologies are playing an increasingly important role. This paper introduces and discusses essential technologies for sensors and sensing which can be expected to bring the solutions to the future automotive systems.
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Citation
Sasayama, T., Suzuki, S., and Oho, S., "The Role of Sensors and Sensing Technology for Future Automotive Systems," SAE Technical Paper 930358, 1993, https://doi.org/10.4271/930358.Also In
References
- Sasayama, T. et al. “Investigation of a New Engine Control System for Automotive Engines,” Proc. IECON 1984 1 288 292 Oct. 22 - 26 Tokyo 1984
- Sasayama, T. et al. “An Advanced Computer Controlled Engine System Employing New Combustion Monitoring Sensors,” Proc. FISITA 1986, No. 865077 Belgrade June 1986
- Sasayama, et al. “Recent Developments of Optical Fiber Sensors for Automotive Use,” Fiber and Integrated Optics 7 255 271 Oct. 1987
- Sasaki, K. et al. “Present and Future Powertrain Systems and Associate Control Technologies - The Direction of Nissan's R&D Programs,” Proc. of the 1992 Intern. Congress on Transportation Electronics P-260 271 287 Dearborn Oct. 1992
- Mizutani, S. “Fuel Economy - The Role of Electronics,” Proc. of the 1992 Intern. Congress on Transportation Electronics P-260 289 297 Dearborn Oct. 1992
- Sasayama, T. et al. “Sensing Technology for Autonomous Navigation Systems,” Proc. of ISATA 1992, No. 920027 Florence June 1992
- Sasayama, T. et al. “Air-Fuel Ratio Sensor Utilizing Ion Transportation in Zirconia Electrolyte,” SAE Paper, No. 910501 Feb. 1991
- Suzuki, S. et al. “Air-Fuel Ratio Sensor for Rich, Stoichiometric, and Lean Ranges,” SAE Paper, No. 860408 Feb. 1981
- Ueno, S. et al. “Air Fuel Ratio Sensor and Its Signal Processing Module,” SAE Paper, No. 930233 Mar. 1993
- Hunt, F. et al. “Study of Wide Range Air-Fuel Ratio Sensor for Exhaust Emission Reduction,” SAE Paper, No. 930233 Mar. 1993
- Sohma, K. et al. “Application of Rapid Optical Measurement to Detect the Fluctuations of Air-Fuel Ratio and Temperature of Spark Ignition Engine,” SAE Paper, No. 910499 Feb. 1991
- Suzuki, S. et al. “Semiconductor Capacitance-Type Accelerometer with PWM Electrostatic Servo Technique,” Sensors and Actuators 316 319 June 1989
- Asano et al. “Development of Acceleration Sensor and Acceleration Evaluation System for Super Low Range Frequency,” SAE Paper, No. 910273 Feb. 1991
- MacDonald, G. A. “A Review of Low Cost Accelerometers for Vehicle Dynamics,” Sensors and Actuators 303 307 June 1989
- Suzuki, S. et al. “Semiconductor Capacitance-Type Accelerometer with PWM Electrostatic Servo Technique,” SAE Paper, No. 910274 Feb. 1991
- Koide, A. et al. “A Multi-step Anisotropic Etching Process for Producing 3-D Silicon Accelerometers,” Tech. Digest of the 11 th Sensor Symposium 1992 23 26 Tokyo May 1992
- Koide, A. et al. “Simulation of Two-Dimensional Etch Profile of Silicon During Orientation-Dependent Anisotropic Etching,” Proc. of IEEE MEMS '91 216 220 Nara Feb. 1991
- Suzuki, S. et al. “Semiconductor Capacitance-type Crash Sensor for Airbag Systems,” Proc. of Micro System Technologies 1992 383 392 Berlin Oct. 1992
- Tsuchitani, S. et al. “Ground Velocity Sensor Using Spatial Filter,” Proc. Confernce on Lasers and Electro-Optics 1988 Anahaim April 1988
- Tsuchitani, S. et al. “Analysis on Window Function of Spatial Filter for Velocity Measurement and Its Realization Method,” Trans. of Soc. of Instrum. and Control Eng. Japan 26 3 243 250 March 1990
- Oho, S. et al. “Optical Fiber Gyroscopes for Automobiles,” SAE Paper, No. 900490 Feb. 1990
- Oho, S. et al. “On-Vehicle Field Evaluation of a Fiber Gyroscope,” Proc. of Symposium of Gyro Technology Stuttgart 1986
- Oho, S. et al. “Automotive Navigation Experiments with Fiber Gyroscope,” Proc. of OFS 88 New Oreans 1988
- Oho, S. et al. “An Experimental Study on Optical Fiber Gyroscope for Automotive Applications,” Trans. IECE, J72-C-II 811 819 1989
- Oho, S. et al. “Signal Processing Schemes for Open-Loop Optical Fiber Gyroscope,” Proc. OE/Fibers '91 Sept. 1991
- Washimi, K. et al. “Fiber Optic Gyroscope for an Automobile Navigation System,” SAE Paper, No. 920704 Feb. 1992
- Kawakami, Y. et al. “The Development of a New Navigation System Compatible with Roadside Beacons,” 25th ISATA Proceedings, Road Transport Informatics/ Intelligent Vehicle Highway Sysyems, No. 920113 101 108 Florence June 1992
- Kajioka, H. et al. “Fiber Optic Gyro Production at Hitachi,” Proc. SPIE, Fiber Optic Gyros 15th Anniversary Conference Boston 3 6 Sept. 1991
- Endo, Y. et al. “A Digital Synchronizing Scheme for GPS Receiver,” Trans. IEICE Japan 2 131 Sept. 1990
- Endo, Y. Kuroda, H. Makino, J. “Development of Digital Synchronizing GPS Receiver,” Trans. IEICE Japan 2 153 March 1991
- Vali, V. et al. “Fiber Ring Interferometer,” Applied Optics 15 1099 1976
- Post, E. J. “Sagnac Effect” Review of Modern Physics,” 39 2 475 493 1967
- Bohm, K. et al. “Direct Rotation-Rate Detection with a Fiber-Optic Gyro by Using Digital Data Processing,” Electron. Lett. 19 997 1983
- Walker, J. “Mobile Information Systems,” Artech House Boston / London 1990