Frequency domain characterization of LoS nonfading indoor wireless LAN channel employing frequency and polarization diversity in the 63.4-65.4 GHz band.
Akram HammoudehDavid Anthony ScammellPublished in: IEEE Trans. Veh. Technol. (2004)
Keyphrases
- wireless lan
- frequency domain
- frequency spectrum
- frequency band
- wifi
- low frequency
- fourier transform
- frequency response
- spatial domain
- dielectric constant
- subband
- bandpass
- wireless networks
- low pass
- end to end
- power spectra
- wireless communication
- mobile devices
- frequency analysis
- location information
- smart phones
- frequency domain analysis
- denoising
- multi band
- high frequency
- feature extraction
- access points
- virtual laboratory
- high pass
- smart card
- wavelet transform
- dual band
- mobile applications
- three dimensional
- patch antenna
- wireless systems
- ad hoc networks
- smart home
- mobile phone
- image compression