Title :
Table of contents
Abstract :
The following topics are dealt with: diversity coded sensor networks; UE power saving; RRC semi-connected state; covert channels; 802.11e wireless networks; near field communication readers; multiparent hierarchical routing protocol; WSN; knapsack problems; radio resource allocation; high altitude platforms; Bayesian quantized network coding; generalized approximate message passing; anti-collision protocol; RFID networks; cognitive radio sensing; pseudo Wishart matrix eigenvalues; channel surfing; jammed single-hope wireless networks; interference-limited cellular systems; GFSK noncoherent detection; extended Kalman filtering; non-Gaussian noise; AF cooperative networks; time-varying links; RF impairments; spectrum sensing; multimedia content delivery; remote patient monitoring; massive MIMO cellular systems; emergency response improvement; crowdsourced and sensor-detected information; data analytics; decode-and-forward relay systems; dual polarized antenna; heterogeneous wireless cellular networks; multichannel cooperative clustering-based MAC protocol; VANET; time-varying links; outage probability; opportunistic access; frequency hopping cognitive radio networks; CBA-EVT; traffic-adaptive energy-efficient MAC protocol; black hole attacks; node-resident expert systems; spectral reharvesting; 4G networks; VAMOS receiver design; wireless interventions; WiFi iLocate; Wifi based indoor localization; smart phone; IEEE 802.15.4e DSME; SIMD implementation; HEVC/H.265 video decoder; k-centers mean-shift reverse mean-shift clustering algorithm; many-to-all priority-based network-coding broadcast; wireless multihop networks; spatial diversity; partial band interference; undersea networks; distributed relay beamforming; fairness-aware amplify-and-forward relaying; correlated relay noise; fractional frequency reuse schemes; worst case signal to interference power ratio; OFDMA uplink; IEEE 802.11ac; lattice-based MMSE; zero forcing MIMO OFDM receivers; successive precoding; us- r selection; MU-MIMO broadcast channel; HPA nonlinearities mitigation; joint predistorter; constellation rotation; discrete constellations; Gaussian multiple access; Gaussian broadcast channel; cellular interference; S-band military radar systems; partial sensing coverage; wireless directional sensor networks; virtual hexagonal partition; generalized interference alignment; partial interference cancellation; multichannel grid networks; source-observation weighted fingerprinting; machine learning based localization; blind multiuser detection; fast relative Newton algorithm; wireless cardiac rhythm management system; radio protocol; LTE-Advanced; and service access integration.
Keywords :
4G mobile communication; Gaussian processes; Kalman filters; Long Term Evolution; MIMO communication; OFDM modulation; access protocols; broadcast channels; cellular radio; cooperative communication; decode and forward communication; diversity reception; expert systems; frequency allocation; frequency hop communication; learning (artificial intelligence); least mean squares methods; matrix algebra; military radar; multifrequency antennas; multiuser detection; near-field communication; network coding; patient monitoring; pattern clustering; precoding; probability; radio receivers; radiofrequency identification; radiofrequency interference; relay networks (telecommunication); resource allocation; routing protocols; smart phones; time-varying channels; underwater acoustic communication; vehicular ad hoc networks; video coding; wireless LAN; wireless sensor networks; 4G networks; 802.11e wireless networks; AF cooperative networks; Bayesian quantized network coding; CBA-EVT; GFSK noncoherent detection; Gaussian broadcast channel; Gaussian multiple access; HEVC-H.265 video decoder; HPA nonlinearities mitigation; IEEE 802.11ac; IEEE 802.15.4e DSME; LTE-Advanced; MU-MIMO broadcast channel; OFDMA uplink; RF impairments; RFID networks; RRC semi-connected state; S-band military radar systems; SIMD implementation; UE power saving; VAMOS receiver design; VANET; WSN; WiFi iLocate; Wifi based indoor localization; anti-collision protocol; black hole attacks; blind multiuser detection; cellular interference; channel surfing; cognitive radio sensing; constellation rotation; correlated relay noise; covert channels; crowdsourced and sensor-detected information; data analytics; decode-and-forward relay systems; discrete constellations; distributed relay beamforming; diversity coded sensor networks; dual polarized antenna; emergency response improvement; extended Kalman filtering; fairness-aware amplify-and-forward relaying; fast relative Newton algorithm; fractional frequency reuse schemes; frequency hopping cognitive radio networks; generalized approximate message passing; generalized interference alignment; heterogeneous wireless cellular networks; high altitude platforms; interference-limited cellular systems; jammed single-hope wireless networks; joint predistorter; k-centers mean-shift reverse mean-shift clustering algorithm; knapsack problems; lattice-based MMSE; machine learning based localization; many-to-all priority-based network-coding broadcast; massive MIMO cellular systems; multichannel cooperative clustering-based MAC protocol; multichannel grid networks; multimedia content delivery; multiparent hierarchical routing protocol; near field communication readers; node-resident expert systems; non-Gaussian noise; opportunistic access; outage probability; partial band interference; partial interference cancellation; partial sensing coverage; pseudo Wishart matrix eigenvalues; radio protocol; radio resource allocation; remote patient monitoring; service access integration; smart phone; source-observation weighted fingerprinting; spatial diversity; spectral reharvesting; spectrum sensing; successive precoding; time-varying links; traffic-adaptive energy-efficient MAC protocol; undersea networks; user selection; virtual hexagonal partition; wireless cardiac rhythm management system; wireless directional sensor networks; wireless interventions; wireless multihop networks; worst case signal to interference power ratio; zero forcing MIMO OFDM receivers;
Conference_Titel :
Wireless Telecommunications Symposium (WTS), 2014
Conference_Location :
Washington, DC
DOI :
10.1109/WTS.2014.6834988
