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October 2002

Research News:

• Penn-State research news  ---  New Allocation Technique Boosts Efficiency, Minimizes Interference for Wireless Broadband Systems for Internet Access

University Park, Pa. --- Penn State engineers have developed an economical way to more efficiently manage radio spectrum use and prevent interference on wireless broadband systems for high-speed Internet access – potentially bringing down costs for consumers.

Ø       ASME: Clarifying Wireless High-Speed Internet

Ø       Innovation Reports: Allocation technique boosts efficiency, minimizes interference for wireless internet broadband

Ø       The Washington Times: Stories of modern science  ...

Ø       Science Blog: Allocation technique boosts efficiency, minimizes interference for wireless internet broadband

Ø       EurekAlert: Allocation technique boosts efficiency, minimizes interference for wireless internet broadband

July 2002

Pittsburgh Digital Greenhouse Inc award on " 10,000BASE-T Transmission over Standard Category-5 Copper Cable".

March 2002

The 2001 IEEE VTS Neal Shepherd Best Propagation Paper Award   goes to a paper entitled, "Indoor Wireless Infrared Channel Characterization by Measurements," IEEE Trans. on Vehicular Tech., Vol.-50, No. 4, July 2001, authored by M.R. Pakravan, M. Kavehrad, H. Hashemi.

 M.R. Pakravan received his Ph.D. under Dr. Kavehrad’s supervision in the year 2000 with a Dissertation Title: "Indoor Infrared Wireless Communication Channel”.

Fall 2001

Charting the digital frontier; Penn State engineers are helping to define tomorrow's innovations

November 2001

Special issue of Multimedia Tools and Applications;

      Multimedia Systems, Mobile Computing and Global Information Sharing 

     Guest Editors: A. Hurson, M. Kavehrad

July to November 2001

Research News:

·         Penn-State research news --- Low Power, Highly Reliable, Wireless, Infrared LAN Demonstrated

University Park, Pa. --- Penn State engineers have shown that broadband, wireless, indoor, local area    communication     networks that rely on non-line-of-sight infrared (IR) signal transmission can offer low error rates as well as safe, low  — below one Watt — power levels.

Ø       New York Times Article: Beaming Data Holds Promise, With Limits, for Networking

Ø       Center Daily Times Article: Professor sees the future in infrared

Ø       The Digital Collegian: Researchers look into ways to network computers through infrared light

Ø       Electronics Times: Inside job for network system

Ø       Pennsylvania Business Center:  Penn State researchers showcase wireless LAN

Ø       IEEE Communications Society Industry NewsCache (INC): Scientists are working on high-speed

Ø       Science Daily Magazine: Low Power, Highly Reliable, Wireless, Infrared

Ø       iG - NY TIMES:  As ondas de rádio não conseguirão competir com a luz," afirmou Mohsen Kavehrad

Ø       ICON News: Beaming data could be networking's saviour

Ø      Wireless News Factor: Does Infrared Have a Chance?

Ø      Uni-Science: Indoor Wireless LANs Minus Line-of-Sight IR can work

Ø       Penn-State Intercom: Wireless IR LAN

Ø       Photonics Spectra: IR Wireless signals High Bandwidth at Low Power

Ø       TRN News: Holograms control data beams

Ø       INFORMATICA 2.0: Redes conectadas con rayos infrarrojos….

Ø       ISA: Wireless networks see infrared as safe alternative

Ø       EE TIMES, UK: Inside job for low power network system with reduced error rate

Ø       Laser Focus World: Free-space optical communications

Ø       Burrus Research Associates Inc: Reliable, Broadband, Infrared Communication System

Ø       ASME: Low-Power LANs Have Low Error Rates

Ø       EurekAlert: Low power, highly reliable, wireless, infrared local area networks demonstrated

Ø       Science Blog: Low power, highly reliable, wireless, infrared local area networks demonstrated

Ø       Guajara.Com: Red de Área Local Híbrida: Ethernet/Infrarrojos

Ø       Dec. 98 IEEE Communications Magazine: Imaging Diversity Receivers for High-Speed Infrared Wireless

Ø       E4Engineering, UK.: Penn State discovery is out of sight

August 2001

Shared University Research Grant from IBM  for Pervasive and Wireless research program.

June 2001

M. Kavehrad, " Next Generation Wireless and Optical Communications Systems,” Keynote Lecture, Wireless & Optical Communications (WOC-2001), Banff-Alberta-Canada, June 27-29, 2001.

January 2001

Penn State is moving forward with vigorous and innovative approaches to technology transfer