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Table 5.2 AV-OFDM signal parameters. Slot duration (preamble+data) 5.72 ms

in and Adaptive Vector OFDM Systems
by Virginia Polytechnic Institute, Bing-leung Patrick Cheung, Bing-leung Patrick Cheung, Committee Chairman, Dr. Jeffrey, H. Reed 2002
Cited by 2

Table 5.4: Results of the signal generator-scope experiment. About 1 ms of signal (250 OFDM symbols) was transmitted Modulation technique BER Status channel equalization BPSK 0.000 Enabled/Disabled

in Design and implementation of a software defined HiperLAN/2 physical layer model for simulation purposes
by L.F.W. van Hoesel, Ir. V. J. Arkesteijn, Ir. F. W. Hoeksema, Ir. R. Schiphorst

Table 4.2 Spatial locations and jamming power of two jammers with respect to the power of the desired signal in the flat fading channel in the simulation of the OFDM system. Case # Type of interference Locations Jamming Power (dB)

in and Adaptive Vector OFDM Systems
by Virginia Polytechnic Institute, Bing-leung Patrick Cheung, Bing-leung Patrick Cheung, Committee Chairman, Dr. Jeffrey, H. Reed 2002
Cited by 2

Table 4.6 Spatial locations and jamming power of two jammers with respect to the power of the desired signal in the frequency-selective fading channel in the simulation of the OFDM system. Case # Locations Jammer Power (dB)

in and Adaptive Vector OFDM Systems
by Virginia Polytechnic Institute, Bing-leung Patrick Cheung, Bing-leung Patrick Cheung, Committee Chairman, Dr. Jeffrey, H. Reed 2002
Cited by 2

Table 1. Power increase in dB of a 256-subcarrier OFDM system due to the peak power reduction by CSO.

in PEAK REDUCTION OF MULTI-CARRIER SYSTEMS BY CONTROLLED SPECTRAL OUTGROWTH
by Marc Deumal, Joan L. Pijoan, Ismael Gutierrez
"... In PAGE 3: ... Power increase in dB of a 256-subcarrier OFDM system due to the peak power reduction by CSO. Table1 shows the power increase of the transmitted signal... ..."

Table 1 Base codes for different levels of diversity (R)

in TRLabs. Personal use of this material is permitted. However,
by Permission To Reprint, G. H. Mcgibney, S. T. Nichols
"... In PAGE 11: ... This is the same energy level as a length-64 OFDM signal without frequency diversity, therefore there is no power penalty for using diversity with these OFDM-codes. Table1 shows base codes for one, two, four, eight, and sixteen-way diversity. The four and sixteen base codes are Frank-Heimiller codes.... ..."

Table 2 OFDM Parameters

in Submitted to DySPAN’07 Feasibility of Dynamic Spectrum Access in Underutilized Television Bands
by Victor R. Petty, Rakesh Rajbanshi, Dinesh Datla, Frederick Weidling, Daniel Depardo, Paul J. Kolodzy, Michael J. Marcus, Er M. Wyglinski, Joseph B. Evans, Gary J. Minden, James A. Roberts

Table 1. GaAs pHEMT circuit characteristics

in System Considerations for Hardware Parameters in a 60 GHz WLAN
by Jonas Noreus, Maxime Flament, Arne Alping, Herbert Zirath 2000
"... In PAGE 2: ...2. Front-end transceiver and circuit properties Table1 presents the different hardware circuits for the RF parts that have been designed and fabricated at the Department of Microelectronics at Chalmers University of Technology. The circuits are designed in a 0.... In PAGE 3: ... 3. SIMULATION RESULTS The 60 GHz WLAN was simulated with a DQPSK/OFDM signal (200 MHz bandwidth), following the architecture described in Figure 3, and given the cir- cuit characteristics from Table1 . A cyclic prefix of 20 baseband symbols was implemented, but neither error control coding nor equalizer was applied.... ..."
Cited by 1

TABLE I CONFIGURATION PARAMETERS OF CP-OFDM AND TDS-OFDM

in Outage Probability Comparison of CP-OFDM and TDS-OFDM for Broadcast Channels
by Zhiyu Yang, Lang Tong, Lin Yang

Table 1: Timing OFDM parameters

in unknown title
by unknown authors 2004
Cited by 6
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