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A comparison between energy detection and coherent sensing under interference uncertainty

Type: Conference Paper

Author : Makarfi, Abubakar U.; Hamdi, Khairi A.

Publisher: IEEE

Year: 2014

Photoluminescence of the yttrium aluminum composites doped with various concentrations of terbium

Type: Conference Paper

Author : Podhorodecki, A.; Misiewicz, J.; Gaponenko, N.V.; Khoroshko, L.S.

Publisher: IEEE

Year: 2014

SOA nonlinear amplification: A promising fade mitigation technique for optical wireless systems

Type: Conference Paper

Author : Yiannopoulos, Kostas; Sagias, Nikos C.; Boucouvalas, Anthony C.

Publisher: IEEE

Year: 2014

Incorporating higher dimensionality in joint decomposition of EEG and fMRI

Type: Conference Paper

Author : Swinnen, Wout; Hunyadi, Borbala; Acar, Evrim; Huffe, Sabine Van; De Vos, Maarten

Publisher: IEEE

Year: 2014

Electromagnetic response of anisotropic polystyrene composite materials containing oriented multiwall carbon nanotubes

Type: Conference Paper

Author : Dunaevskn, G.E.; Suslyaev, V.I.; Zhuravlev, V.A.; Badin, A.V.; Dorozhkin, K.V.; Kanygin, M.A.; Sedelmkova, O.V.; Bulusheva, L.G.; Okotrub, A.V.

Publisher: IEEE

Year: 2014

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A comparison between energy detection and coherent sensing under interference uncertainty

Photoluminescence of the yttrium aluminum composites doped with various concentrations of terbium

SOA nonlinear amplification: A promising fade mitigation technique for optical wireless systems

Incorporating higher dimensionality in joint decomposition of EEG and fMRI

Electromagnetic response of anisotropic polystyrene composite materials containing oriented multiwall carbon nanotubes

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A comparison between energy detection and coherent sensing under interference uncertainty

Photoluminescence of the yttrium aluminum composites doped with various concentrations of terbium

SOA nonlinear amplification: A promising fade mitigation technique for optical wireless systems

Incorporating higher dimensionality in joint decomposition of EEG and fMRI

Electromagnetic response of anisotropic polystyrene composite materials containing oriented multiwall carbon nanotubes