The MSc. candidate, Juan Moya Baquero, successfully presented his thesis entitled : Miniaturized low-power RFID tag for object identification purposes.
Prof. Wuqiang Yang is visiting us during this week. We are discussing research collaboration in the field of RF/Microwave Instrumentation and Measurement.
Prof. Wuqiang Yang is an IEEE Fellow and he is professor at the School of Electrical and Electronic Engineering at The University of Manchester, UK.
During his stay he will offer the lecture:
“Current status of industrial tomography and applications of ECT “
Date: 19/09/2016 at 15h30
Place: PGEEL02 – EEL/CTC/UFSC
Summary of the lecture
Although multiphase flow measurement has been a research topic for many years, it still presents great challenges in industry, such as in the oil, pharmaceutical, petrochemical and power industries. As a non-intrusive imaging and measurement technique, industrial tomography has been developed since 1980s. One of the most important targets of industrial tomography is multiphase flow measurement. In the past 30 years, various industrial tomography modalities have been developed, including (from high frequency to low frequency) gamma-ray, x-ray, optical, near infrared, THz, microwave, capacitance, resistance, magnetic and ultrasonic. This talk intends to review the current status of industrial tomography. Among various industrial tomography techniques, electrical capacitance tomography (ECT) is most mature and has biggest potential for industrial applications. ECT has been used to investigate gas/oil/water flow measurement, pharmaceutical fluidised beds, circulating fluidised beds and in other applications. It is foreseen that ECT will make more social and economic impact than any other industrial tomography modalities, in particular in clean use of coal, which is very important for protection of the environment by reducing PM2.5.
Professor Wuqiang Yang (FIET, FInstMC, FIEEE, CEng) received his BEng (Distinction) 1982, MSc 1985 and PhD (Distinction) 1988, from Tsinghua University. After 3 years as a Lecturer at Tsinghua University, he joined UMIST in 1991. His research is focused on electrical capacitance tomography (ECT), has published 300 papers and a book “Sensor Array“, and holds 10 patents, including 2 WO patents, which have been licensed to industry. He is an Associate Editor ofIEEE Trans. IM and an editorial board member of 7 other journals, including Meas. Sci. Technol. and Sensor Review, and reviews papers for 40 journals, including 6 IEEE journals. He has been invited by many universities and research institutions worldwide and international conferences to give lectures/seminars/keynotes. He is a visiting professor at 8 universities, including Tsinghua University. He is recognised by International Center for Scientific Research (France), as one of top 30 technology researchers in the world, and Intota as an expert. Since 2010, he is an IEEE IMS Distinguished Lecturer. His biography has been included in Who’s Who in the World, Who’s Who in Science and Eng. and Who’s Who in America since 2002. In 2006 he received Global Research Award from the Royal Academy of Eng. and took sabbatical leave atMassachusetts Institute of Technology (MIT) in USA as a visiting professor. He has received many awards, including 1997 IEE/NPL Wheatstone Measurement Prize, 1997 Honeywell Prize from InstMC, 2000 IEE Ayrton Premium, 2008 Outstanding Organization award from IEEE IM Society, 2009 Valued Reviewer from Sensors and Actuators journal, 2009 IET Innovation Award Finalist, and 2010 Outstanding Reviewer from Sensor Review journal. He was an honorary chairman of IEEE Int. Conference on Imaging Systems and Techniques and will be the General Chair of 2018 IEEE International Instrumentation and Measurement Technology Conference (I2MTC’2018), which will be held in Manchester. He organised 2 special issues in 2013 for IEEE Trans. IM and Meas. Sci. Technol. as a Guest Editor. He is a panel member of NSFC and a reviewer for 973. He has just been awarded Invitation Fellowship by Japanese Society for the Promotion of Science.
The paper “Achieving Optimal Efficiency in Energy Transfer to a CMOS Fully-Integrated Wireless Power Receiver,” was accepted for publication in IEEE Transactions on Microwave Theory and Techniques. (read it here)
Our group has opened a Posdoc position. Any interested candidate on working with RFID/ SDR transceivers and related subjects may contact us through our opportunities page.
The paper “A 25-dBm 1-GHz Power Amplifier Integrated in CMOS 180nm
for Wireless Power Transferring“was awarded as the third best paper of the
28th Symposium on Integrated Circuits and Systems Design. (slides here)
Thanks Dr. Brum
The Technical Chapter IEEE-IMS / CAS / COMMSOC (Florianópolis / South) invites you to the lecture Computational Intelligence for Motion Analysis: A Sensor Fusion Perspective by Dr. Carolina Brum Medeiros.
Download Lecture details.
Thanks Prof. Postolache!
The Technical Chapter IEEE-IMS / CAS / COMMSOC (Florianópolis / South) invites you to the lecture Unobtrusive Smart Sensing and Pervasive Computing for Healthcare by Prof. Octavian Postolache, in the framework of the Distinguished Lecturer Program of the IEEE Instrumentation and Measurement Society.
Download Lecture details.
|Professor Fernando Rangel presented the research activities conducted at UFSC Radiofrequency Lab for students and researchers of CEFET-MG. (slides here)|
|As diferentes tecnologias voltadas à instrumentação na área de petróleo e gás estão em ascensão. Aplicações baseadas em circuitos de RF e sensores eletromagnéticos são o foco desta proposta, que visa a elaboração de soluções práticas e de baixo custo para solucionar os diferentes problemas encontrados na indústria.O trabalho deverá ser realizado com o auxílio de uma ferramenta profissional de simulação eletromagnética e de CFD no Laboratório de Radiofrequência em parceria com o Laboratório Experimental de Escoamentos Multifásicos da UFSC.Para maiores informações: firstname.lastname@example.org / email@example.com
Renato Feitoza presented his Final Year Project on Metamaterial-Inspired Sensors entitled: “ Design of miniaturized antennas based on metamaterials for passive sensing applied to internet of things (IoT) “. (pdf)
Last Friday, Rodrigo Rottava presented his Final Year Project on Low Voltage/Low Power oscillators entitled: Analysis and Design of a Colpitts Oscillator with Double Positive Feedback Operating in High Frequency and LowVoltage/Low Power. (Slides here)
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