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| (1) | Shinichi YOKOTA, Kazuo NAKANO : On extending the intelligent potential of a cylindrical choke type instantaneous flow-meter , 2nd International Conference on Flow measurement, London, England, pp.9/11, (1988) |
| (2) | Kazuo NAKANO, Shinichi YOKOTA : Unsteady Flow-rate sensor by making use of dynamic characteristics of cylindrical chokes, IMEKO Congress XI, Houston, USA, Vol.Sensors, pp.39/46, (1988) |
| (3) | Shinichi YOKOTA, Do-Tae KIM, Kazo NAKANO：An Approach For Remote Measurement of Instantaneous Fowrate by Making Use of Hydraulic Pipeline Dynamics ； '89 Korean Automatic Control Conference, Seoul, ［2］, pp749〜754, (1989) |
| (4) | Shinici YOKOTA Kazuo NAKANO：Dynamic Characteristics between Pressure and Flowrate of a Cylindrical Chokes in Series ; 1-st JHPS International Symposium on Fluid Power, Tokyo, pp439〜446, (1989) |
| (5) | Shinichi YOKOTA, Do-Tae KIM, Kazuo NAKANO：An Approach for Remote Measurement of Instantaneous Flowrate by Making Use of Hydraulic Pipeline Dynamics ； The Second KSME-JSME Fluids Engineering Conference, Seoul, ［2］, p370〜375, (1990) |
| (6) | Shinichi YOKOTA, DT. KIM, Kazuo NAKANO : An Investigation of The Dynamic Errors of The Remote-Instantaneous Flow Rate Measurement due to The Parameter Changes, '91 Korean Automatic Control Conference, Seoul, pp.1712/1717, (1991) |
| (7) | Shinichi YOKOTA, DT. KIM, Kazuo NAKANO : An Approach for Unsteady Flowrate Measurement Utilizing Dynamic Characteristics Between Pressure and Flowrate Alongthe Pipeline, The 3rd FLUCOME Conference, San-Francisco, pp.55/60, (1991) |
| (8) | Shinichi YOKOTA, DT. KIM, Kenji SUZUKI : An Approach to Extend the Potential of the Remote Measurement Method of Unsteady Flowrate Using Pipeline Dynamics (On an Interpolation Method), Proc. of KACC'92, Seoul, Korea, pp235〜239, (1992) |
| (9) | Shinichi YOKOTA, DT. KIM, Kazuo NAKANO : An Unsteady Flow Rate Measurement Method Utilizing Dynamic Characteristics Between Pressure and Flow Rate along a Pipeline (A Method Using Pressures at Two Separated Points) , JSME International Journal Vol.35 (Ser.C), No.4, pp,591/597, (1992) |
| (10) | Shinichi YOKOTA, Kenji SUZUKI : An Approach to Extend the Potential of the Remote Measurement Method of Unsteady Flowrate Using Pipeline Dynamics (On an Extrapolation Method) ; Proc. of Hangzhou 3rd Intl. Conf. '93, Hangzhou, China, pp183〜189 (1993) |
| (11) | Do-Tae KIM, Shinichi YOKOTA : The Dynamic Characteristics of a Turbine Meter Using An Unsteady Flow Rate Measurement Method ; Proc. of KACC, Seoul, Korea, pp60/65, (1994) |
| (12) | Shinichi YOKOTA, Kenji SUZUKI, Do-Tae KIM : An Approach to Extend the Potential of the Remote Measurement Method of Unsteady Flowrate Using Pipeline Dynamics, JSME International Journal, Vol.38 (Ser.C), No.3, pp478/485, (1995) |
| (13) | Shinichi YOKOTA, Woo-Churl SON, Do-Tae KIM: Unsteady Flow Measurement by Using Drag-Plate-Type Drag Force Flowmeter, Proc. of FLOMEKO'96, Beijin, pp661/666, (1996) |
| (14) | Kazuhiro YOSHIDA, Shinichi YOKOTA, Isao WATABE: A Real-Time Motion Stereo Vision Based on Brightness Difference,, Proc. of IROS'99, Kyongjyu, pp.77/82, (1999) |
| (15) | S. Yokota. R. Nishizawa, K. Takemura, K. Edamura: A Micro Gyroscope using Electro-conjugate Fluid, Prc. of 2006 IEEE International Conference on Robotics & Automation (ICRA), Florida, pp.4321/4323, (2006) |
| (16) | S.Yokota, R.Nishizawa, K.Takemura, K.Edamura: A Micro Gyroscope using Electro-conjugate Fluid (ECF), the Journal of Robotics and Mechatronics, Vol.18, No.2, pp.114/120, (2006) |
