References
[1]. T. T. Yeh, P. I. Espina and S. A. Osella, (2001). “An
Intelligent Ultrasonic Flow Meter for Improved Flow
Measurement and Flow Calibration Facility”, Proc. IEEE
Conf. on Instrument and Measurement Technology,
Budapest, Hungary, pp. 1741-1746.
[2]. O. Keitmann-Curdes and B. Funck, (2008). “A new
calibration method for ultrasonic clamp-on transducers”,
IEEE Symposium on Ultrasonic's, Berlin, pp. 517-520.
[3]. Ch. Buess, (1988). “Transit-Time Ultrasonic Airflow Meter
for Medical Application”, Thesis, Swiss Federal Institute of
Technology.
[4]. Santhosh KV and BK Roy, (2012). “An Intelligent Flow
Measuring Scheme Using Ultrasonic Flowmeter”, 31st
International Conference on Modelling, Identification and
Control, Thailand.
[5]. J. Yang and H. Jiao, (2010). “Design of Multi-channel
Ultrasonic Flowmeter based on ARM”, Proc. IEEE Conf. on
Electrical and Control Engineering, Yichang, China, pp.
758-761.
[6]. E. Aziz, Z. Kanev, M. Barboucha, R. Maimouni and M.
Staroswiecki, (1996). “An ultrasonic flowmeter designed
according to smart sensors concept”, Proc. IEEE 8th
Mediterranean Electro technical Conference, France, pp.
1371-1374.
[7]. L. Guowei and C. Wuchang, (2002). “The Measurement
Technology of Flow Rate and Instrument”, China Machine
Press.
[8]. P. I. Espina, P. I. Rothfleisch, T. T. Yeh and S. A. Osella,
(1999). “Telemetrology and advanced ultrasonic flow
metering”, Proc. of the 4th International Symposium on
Fluid Flow Measurement, Denver, USA.
[9]. L. C. Lynnworth, (1989). “Ultrasonic measurements for
process control”, Academic Press, San Diego, CA.
[10]. L. Z. Yang., Z. Zhang and Dongsheng, (2006). “The
Experiment Study of Ultrasonic Flowmeter Precision”,
Journal of Xi'an University of Technology, Vol. 22, No. 1, pp.
70-72 .
[11]. A. Chupyra, M. Kondaurov, A. Medvedko, S.
Singatulin, E. Shubin, (2004). “SAS family of hydrostatic level
and tilt Sensors for slow ground motion studies and precise
alignment” Proceeding of 8th IWAA04, Geneve.
[12]. M. Shlösser, A. Herty, (2002). “High precision
accelerator alignment of large linear colliders – vertical
alignment” Proceedings of the 7th IWAA, Spring-8.
[13]. J.S. Charlton, Synetix-Dialog Alliance, and R.P. Lees,
(2002). “The Future of Three Phase Separator Control”, SPE
77891.
[14]. Betta et al, (1998). Microcontroller-based performance
enhancement of an optical fiber level transducer, IEEE
Transactions on Instrumentation and Measurements, Vol. 45,
No 2.
[15]. G. Betta , L. Ippoto and A. Scaflione, (1995). “An
optical fiber based technique for continuous level sensing”,
IEEE. Transactions Measurement, Vol. 44, pp. 686-689.
[16]. J. Yoder, (2006). “Many Paths to Successful Flow
Measurement”, Flow Control Network.
[17]. R. J. Plaza, (2006). “Sink or Swim: The Effects of
Temperature on Liquid Density and Buoyancy”, California
state science fair.
[18]. B. G. Liptak, (2003). “Instrument Engineers' Handbook:
Process Measurement and Analysis”, 4th Edition, CRC Press.
[19]. D. Karaboga, (2005). “An idea based on honey bee
swarm for numerical optimization”, Technical report-tr06,
Erciyes university, Engineering faculty, Computer Engineering
Department.
[20]. F. M. Dias, A. Antunes, J. Vieira and A. M. Mota, (2004).
“Implementing the Levenberg-Marquardt Algorithm Online:
a sliding window approach with early stopping”, Int.
Conf. Proc. IFAC, USA.