1. Fu-Kang Wang
kevil515@gmail.com d983010020@student.nsysu.edu.tw +32-484203741
Suitability:
․ Research Performance (since 2010)
— 9 journal papers (7*TMTT, 1*TBME, 1*MWCL), 11
conference papers (8*IMS, 2*RFIC, 1*APMC), 9 US
patents (5 issued and 4 pending), and 2 technical
transfers (ITRI, Taiwan).
․ Potential
— Techniques: Self-injection-locked radar system.
— Applications: Remote vital sign monitoring, sport coach, wireless gesture
control, see-through-wall image, indoor positioning, and medical fields.
In short, there are three characteristics about my research performance, they are
respectively novelty, integrity, and practicably. Since the SIL radar is very powerful
and attracts much attention, I really hope I can get the opportunity to apply radar
technology in consumer products.
Education
․ Ph.D. Jul. 2009 ~ Jan. 2013 National Sun Yat-Sen University, Taiwan
— GPA: 4.0/4.0
— Advisor: Prof. Tzyy-Sheng Horng
— Thesis title: A self-injection-locked radar for non-contact vital sign
detection and see-through-wall imaging
․ M.S.E.E. Jul. 2007 ~ Jun. 2009 National Sun Yat-Sen University, Taiwan
— GPA: 3.8/4.0
— Advisor: Prof. Tzyy-Sheng Horng
— Thesis title: RF sensing and receiving circuits for a cognitive radio
․ B.S.E.E. Jul. 2003 ~ Jun. 2007 National Sun Yat-Sen University, Taiwan
— GPA: 3.6/4.0
— Advisor: Prof. Tzyy-Sheng Horng
— Thesis title: DC offset effects on radio frequency receiver
Experience
․ Visiting Researcher, imec, Belgium (2015~2016)
— Working with medical sensor group and 79 GHz PMCW radar group.
— Improving SIL-based radar system for concurrent vital sign monitoring and
indoor positioning.

2. — Achieved parametrical analysis of Doppler radar technology using
retransmitted wireless signals.
․ Postdoctoral Research Fellow, NSYSU, Taiwan (2014~2015)
— Created a passive radar system for hand gesture and vital sign detection.
— Achieved a wearable health monitor based on self-injection-locked
techniques, the cardiopulmonary activity and body exercise are displayed as
time-frequency spectrograms.
․ Second Lieutenant, Military Police, Taiwan (2013-2014)
— Managed communication instrument and information system
․ Postdoctoral Research Fellow, NSYSU, Taiwan (2013)
— Created a sensing system for concurrent vital sign detection and indoor
positioning.
— Created a frequency synthesizer using frequency-offset technique and
feedback injection signal.
․ Research Assistant, NSYSU, Taiwan (2008-2013)
— Created self-injection-locked radar systems
— Designed RF font-end circuits
Selected Publications
Full list of technical publications include 9 refereed journal articles and 11
conference proceedings (http://goo.gl/Q5b4dB).
1. F.-K. Wang et al., “Chest-worn health monitor based on a bistatic
self-injection-locked radar, “ IEEE Trans. Biomed. Eng., to be published.
2. F.-K. Wang et al., “Detection of concealed individuals based on their vital signs
by using a see-through-wall imaging system with a self-injection-locked
radar,“ IEEE Trans. Microwave Theory and Tech., vol. 61, no. 1, pp. 696–704,
Jan. 2013.
3. F.-K. Wang et al., “Single-antenna Doppler radars using self and mutual
injection locking for vital sign detection with random body movement
cancellation,” IEEE Trans. Microwave Theory and Tech., vol. 59, no. 12, pp.
3577–3587, Dec. 2011.
Patents (https://goo.gl/eR18ul)
1. T.-S. Horng, F.-K. Wang, Y.-C. Chiu, Motion detection apparatus, US Patent
pending, 2015.
2. T.-S. Horng, F.-K. Wang, K.-C. Peng, Motion/vibration detection system and
method, US Patent pending, 2014.
3. T.-S. Horng, F.-K. Wang, K.-C. Peng, Motion/vibration sensor, US Patent

3. pending, 2014.
4. T.-S. Horng, K.-C. Peng, F.-K. Wang, Wideband frequency synthesizer and
frequency synthesizing method thereof, US Patent 8890590, 2013.
5. T.-S. Horng, C.-H. Chen, F.-K. Wang, Frequency synthesizer and frequency
synthesis method thereof, US Patent 8736326, 2013.
6. T.-S. Horng, F.-K. Wang, K.-C. Peng, Wireless detection devices and wireless
detection methods, US Patent pending, 2013.
7. T.-S. Horng, F.-K. Wang, K.-C. Peng, Non-contact vital sign sensing system and
sensing method using the same, US Patent 8754772, 2012.
8. T.-S. Horng, F.-K. Wang, C.-H. Hsiao, J.-K. Jau, Wireless detection apparatus
method, US Patent 8698636, 2010.
9. T.-S. Horng, C.-J. Li, K.-C. Peng, F.-K. Wang, RF sensing circuit with a
voltage-controlled oscillator, US Patent 8648611, 2010.
Research Interests
Since 2007, I endeavored to design RFICs and develop microwave sensing
techniques such as spectrum sensing, vital sign monitoring, see-though-wall imaging,
indoor positioning, and hand gesture recognition. In 2009 and 2011, the
self-injection-locked (SIL) continuous-wave (CW) radar and SIL
frequency-modulated continuous-wave (FMCW) radar were represented with
significant characteristics which include high SNR gain, low clutter effect, and
immunity against interference. However, there are still some potential applications
and technical challenges such as nonlinear frequency modulation. Moreover, the last
mile for totally applying SIL technique in radar system is SIL pulse radar. My
research ideas are shown as follows:
1. Concept SIL radar chip using class E self-oscillating mixer with injection port.
2. Implantable vital sign sensor.
3. SIL in/out of phase radar.
4. SIL pulse radar.
5. Frequency hopping SIL VCO.
Awards and Honors
1. Recipient of PRAP granted by Taiwan, 2015.
2. NSYSU Outstanding Doctoral Dissertation Award, 2013
3. FineTek Technology Award Best Poster and Silver Award, 2013.
4. Honorary Member of the Phi Dau Phi Scholastic Honor Society, 2009.
5. GARMIN Scholarship, 2008.
6. NSYSU 3233 Personnel Training Plan, 2006.