SCU Homepage   Phonebook   Campus Map   Site Index   Search   EE Homepage    
Mission and Objectives
Undergraduate
Graduate
People
Laboratory
Financial Aid
Co-op
News
   
Garret Okamoto, Ph.D.

Title: Assistant Professor of Electrical Engineering
Office: Bannan Engineering 215
Phone: (408) 554-6865
Fax: (408) 554-5474
Email: gokamoto@scu.edu
Website: http://itrs.scu.edu/
instructors/gokamoto/
Education: Ph.D., University of Texas at Austin, 1998
M.S., Stanford University, 1991
B.S., University of Texas at Austin, 1990
Interests: Wireless Communications
Biography Research Interests Recent Publications Awards Courses Taught

GARRET T. OKAMOTO received the B.S. and Ph.D. degrees in Electrical and Computer Engineering from the University of Texas at Austin in 1990 and 1998, respectively, and the M.S. degree in Electrical Engineering from Stanford University in 1991. In 1998 he joined Santa Clara University and is currently Assistant Professor of Electrical Engineering.

Dr. Okamoto worked for the Communications Systems Research Section at the Jet Propulsion Laboratory in various capacities (Member of Technical Staff, Contractor, Co-op) from 1987 until 1998 and achieved success on a number of notable projects including the Mars Pathfinder TCU and the GOPEX Laser Transmission and Monitoring System (first successful laser transmission into deep space). He also worked as a Member of Technical Staff at Sandia National Laboratories, specializing in failure analysis of radiation-hardened devices.

Smart Antenna Systems for WLANs - Developed the Smart Wireless LAN System, which adapts smart antenna techniques for 802.11-compatible wireless LAN systems to increase the range, throughput, capacity, and reliability while reducing power consumption and dead spots. Reduced complexity beamforming algorithms, timing synchronization, QoS measures, implementation issues, etc.

Dynamic Slot Allocation Algorithms - Requires a combination of MAC scheduling, adaptive channel estimation, beamforming, priority designations for data, and reduced complexity slotting algorithms to enable multiple simultaneous transmissions to/from 802.11-compliant users. This would enable up to 8 simultaneous transmissions over an 802.11 channel where current products are limited to a single user at a time.

  • "Developments and Advances in Smart Antennas for Wireless Communications", G. Okamoto, Wireless Technology 2003, World Markets Research Centre.

  • "Evaluation of Smart Antenna Benefits for IEEE 802.11 Systems", S.-T. Lee, G. Okamoto and C.-W. Chen, Proceedings of World Wireless Conference, May 2003.

  • Chapter on "Implementation of Smart Antennas for Wireless LAN Systems", Garret Okamoto, for book on "Adaptive Antenna Techniques", Springer-Verlag, 2003.

  • "Capacity Efficiencies of Time Slot Allocation Schemes for Adaptive Antenna Systems", G. Okamoto and C.-W. Chen, Proceedings of SPIE AeroSense'02 Conference on Digital Wireless Communication, April 2002.

  • "Capacity Improvement of Smart Antenna Systems via the Maximum SINR Beamforming Algorithm", G. Okamoto and C.-W. Chen, Proceedings of the ICSPAT 2000 Conference, October 2000.

  • "An Improved Algorithm for Dynamic Slot Assignment for the SWL System", G. Okamoto, A. Slaughterbeck, and J. O'Boyle, and C.-W. Chen, Proceedings of the Asilomar'2000 Conference, Pacific Grove, CA, October 2000.

  • "Smart Antenna Systems and Wireless LANs", Garret T. Okamoto, Kluwer Academic Publishers, 1999.

  • 1998 - W.J. Nicholson Fellowship from Santa Clara University
  • 1997 - AFCEA Fellowship (Each US University nominates one Ph.D. student from electrical, electronics, or communications engineering, physics, math, or computer science, and 2 students receive the award in the US)
  • 1997 - Texas Engineering Foundation Fellowship (top graduate engineering student in the state of Texas)
  • 1997 - Best Graduate Student Paper Award for UT-Austin Graduate Student Research Conference
  • 1993 - NASA Honor Award and a Commendation for Superior Performance (GOPEX Project)
  • 1990 - Sandia National Laboratory OYOC Fellowship

  • Santa Clara University
    • Undergraduate:
      • Introduction to Wireless Communications (senior-level technical elective)
      • Wireless Network Architecture (senior-level technical elective)
      • Communication Systems (senior-level technical elective)
      • Electric Circuits I (sophomore-level introductory course)
      • Introduction to Electrical Engineering (freshmen-level introductory course)
    • Graduate:
      • Wireless Communications (first-year graduate level)
      • Wireless Network Architecture (first and second-year graduate level)
      • Wireless LANs (first-year graduate level)
      • Smart Antenna Systems for Wireless Communications (advanced graduate level)
      • Satellite Communications (advanced graduate level)