 Profile |
The progress of the science technologies is supplying to abundant life
for people in the world. The advance of the communication technologies
plays important roles of not only the economic progress but also cultural
exchange together. Recent advanced communication technologies are mainly
caused by the progress of the networking and device technologies. Sato's
laboratory aims to research and study the next generation wired and wireless
Internet, communication control and architecture, communication device
and communication LSI from the view points of technology. Sato's laboratory
also makes the researches and the studies of the effect of the mobile communication
policies for e-environment, e-health, e-disaster, factory automation and
e-local policy from the view points of the science economics. Sato's laboratory also studies Global standard Research and the organization of the wireless venture business.
Sato has been contributing the standardization of ITU for high-speed cellular
system, TIA committee for Wide band CDMA system and IEEE802 committee for
Wireless LAN. The purpose of the Sato' Lab. is total contributions for
the academic society, standardization committee and new industries society
through the research activity of the communication technologies. |
Research and study items |
Future mobile network
Next generation mobile communication network, next generation MIPv6, high
speed rooting and high functional global roaming
Radio communication technology
Radio communication control system, CDMA and OFDM technologies, USB, RF-ID
technologies, LTE (Long Term Evolution), WiMAX and LTE advanced, and new
radio terminal of nano-device and new device technologies
Analog and digital LSI technologies
Communication analog LSI and digital LSI designs
Communication protocol
Multimedia data communication protocol, handoff communication control,
network control, Voice service and Data service
Mobile communication policies
Effect of MNP,MTP or MVNO aimed with the convenience of subscribers for
the mobile communication business and the industries.
ICT Global Standardization Research
Global Standardization, impact for nation strategy, company strategy and users.
Venture business of mobile communication area
Role of venture company for mobile communication business. |
Published book |
Introduction of Wireless Data Communication June, 1994 ST, pp. 457 Yoshio
Masuda, Kouyo Suzuki, Atushi Fukasawa, Takuro Sato, etc.
Principles and Applications of CDMA Technologies Sept. 1997 Realize Cop.
pp.250 Takuro Sato
IS-95 based CDMA system, Oct. 1995, Triceps, pp. 157 Akira Ogawa Takuro
Sato,etc.
Principles and Applications of OFDM Technologies OFDM Nov. 2000, Realize,
pp. 200 Takuro Sato
Principles and Applications of CDMA Technologies by Chinese January 2000,
Communication magazine, pp.318 Takuro Sato and Jen Shu Shih
Any way to advance of the mobile communication systems, April 2008, RF
world CQ publisher No2, Takuro Sato, etc.
Key technologys of mobile communication, Feb.2009, RIC Telecom, Takuro Sato and Kenichi Itoho |
Recent published papers |
Recent Published Journal Papers:
Kazuhiko Tamesue and Takuro Sato, "Study on Adaptive Switching DC offset Compensation Scheme for Direct-Conversion Receiver using SC-FDMA, OFDM modulation", IEICE Transaction B, September 2009.
Anas Basalamah and Takuro Sato, "An FEC Adaptive Multicast MAC Protocol on Communications", IEICE Transaction on Communication, Vol.E92-B, May 2009.
Guo Wei Chen, Kenichi Itoh, Takuro Sato, "Enhanced of beaconless location based routing with signal strength assistance for Ad-Hoc network" , IEICE Transaction Fundamentals/ communication, Vol.E91-B,No.07, July 2008.
Kazuhio Tamesue, Masahiro Moriya, Takuro Sato, "Verification of Adaptive switching DC offset cancellation schemes on direct conversion receiver" , IEICE journal paper B, Vol.J91-B No., April 2008.
Anas Basalamah, Hiroki Sugimoto, Takuro Sato, "A Rate Adaptive Multicast
Protocol for Providing MAC Layer Reliability in WLANs" , IEICE Transactions
on Communications, October 2006.
Genichiro Ohota, Mituru Uesugi, Takauro Sato and Hideyoshi Tomoinaga,"Study
of Orthogonal SSB Modulation Method", IEICE Trans. Fundamental, Vol.
E87-A, No.10, Oct., 2004.
Tsung ting Tsai, Souchi Watanabe, Yuang Liang Huang and Takuro Sato, "Inner
Chip Inference Cancellation using Rake Receiver with Winner Filter",
IEICE Trans. Fundamental, Nov. 2004.
Hong-Hsin Lai, Chao-Chih Hsiao, Chin-Wei Kuo, Yi-Jen Chan, Takuro Sato,
"Improved CMOS microwave linearity based on the modified large-signal",
Nov. 2003, IEIEC Trans. Vol.E87.
Jen Shu Shih, Kenishi Itoh, Souichi Watanabe, Takuro Sato, "Performance
analysis of Distance-Assisted Handoff Algorithm in Multi-Cellular Systems",
2002, pp.922-926, IEICE Transactions on Communications, Vol.E85-B,No9,
pp.1676-1684.
Kenichi Itoh, Souichi Watanabe, Jen Shu Shih, Takuro Sato, "Performance
of Handoff Algorithm based on Distance and RSSI Measurements", Nov.
2002, IEEE Transactions on Vehicular Technology, Vol.51, No.6, pp.1460-1468.
Sauichi Watanabe, Kenichi Itho, Takuro Sato and Yoshisaburo Hoshik, "Radio
Source Location Detection using Hyperbolic Method and its Performance Analysis",June
2001,IEICE Trans. B,Vol.J84-B,No.6,pp.1033-1042.
International Conference Papers:
Zhenyu Zhou and Takuro Sato, "A Single Antenna Interference Cancellation Algorithm for OFDM systems", IEEE 69th Vehicular Technology Conference (IEEE VTC2009), April 2009, Barcelona, Spain.
Gen-ichiro Ohta, Masahiko Nanri, Mitsuru Uesugi, Takuro Sato, and Hideyoshi Tominaga, "Study of New Modulation Method Consisted of Orthogonal Four SSB Elements Having A Common Carrier Frequency", 11th Internatinal Symposium on Wireless Personal Multimedia Communication (WPMC 2008), September 2008, Lapland, Finland.
Kazuhiko Tamesue and Takuro Sato, "A Adaptive Compensation Scheme of time-varying DC offset for 8-PSK TDMA Burst Mode Direct-Converssion Receiver", 11th Internatinal Symposium on Wireless Personal Multimedia Communication (WPMC 2008),September 8-11 2008, Lapland, Finland.
Gen-ichiro Ohta, Masahiko Nanri, Mitsuru Uesugi, Takuro Sato, and Hideyoshi Tominaga, "A Study of New Modulation Method Consisted of Orthogonal Four SSB Elements Having A Common Carrier Frequency", 11th Internatinal Symposium on Wireless Personal Multimedia Communication (WPMC 2008),September 8-11 2008, Lapland, Finland.
Junyi Wang, Zhou Lan, Hioshi Harada, Shuzo Kato, Takuro Sato, "A Feasible Frequency domain Pre-equalization proposal based on cross layer design in 60GHz WPANs", IWCMC 2008, 6-8 August 2008, Crete island Greece.
Junyi Wang, Takuro Sato, Kiyomichi Araki, "Tree- Structured User Scheduling Algorithm and Implementation in Multiple User MIMO systems", IWCMC 2008, 6-8 August 2008, Crete island Greece.
Anas Basalamah and Takuro Sato , "A Comparison of Packet-Level and
Byte^Level Reliable FEC Multicast Protocols for WLANs", Glebecom 2007,
Washigton, October 2007.
Guowei Chen, Kenichi Itoh and Takuro Sato," Beaconless Location-Based
Routing with Signal Strength Assisted for Ad-Hoc Networks", IEEE VTC2007
Fall, Baltimore, September 2007.
Anas Basalamah and Takuro Sato , "Adaptive FEC Reliable Multicast
MAC Protocol for WLANs", IEEE VTC 2007 Spring, IEEE VTC2007 Fall,
Baltimore, September 2007.
Hiroki Sugimoto and Takuro Sato,, "Experimental results of 2.45, 3.5,
5,and 10GHz radio propagation characteristics ," IEEE VTC 2007 Spring,
Dublin Ireland, 22-25 April 2007, pp.339-344.
Anas Basalamah, Hiroki Sugimoto and Takuro Sato, "Rate Adaptive Reliabile
Multicast MAC Protocol for WLANs", Proc. IEEE VTC '06, Mebourne, Australia,
May, 2006. pp.1216-1220.
Chih Hao Wu, Tsung-ting Tsai Yung Liang Huang, Takuro Sato, "System
Evaluation of a Chip Interference Cancellation Rake Receiver with Turbo
Decoding", Oct. 2003, WPMC 2003, Volume3 342-345.
Hong hsin Lai, Hiroki-Sugimoto, Souich Watanabe and Takuro Sato, "Experimental
results of radio propagation characteristics at 2.45 GHz and 5GHz",
Oct. 2003, WPMC 2003, Vol1.,pp 162-165. |
Awards: |
- Guowei Chen received a student Award by IEEE VTC 2007
- Telecom system technology prize for students award by Denki Fukyu Zaidan, Anas Badalamah, Hiroki Sugimoto and Takuro Sato, 2006.
- Telecom system technology prize by Denki Fukyu Zaidan 2004.
- ET Quodcumque Solveris Super Rerram. Erit Solutum ET in Coelis. 1992.
- ET Quodcumque Solveris Super Rerram. Erit Solutum ET in Coelis. 1990.
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Academic Societies |
| IEIEC regular member, IEEE senior member |
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