IEEE 87th Vehicular Technology Conference (VTC 2018-Spring)

June 3-6, 2018   Porto, Portugal

IEEE 87th Vehicular Technology Conference (VTC 2018-Spring) will be held in Porto, Portugal on June 3-6, 2018.

IEEE 87th Vehicular Technology Conference (VTC 2018-Spring) is a conference dedicated to applications and services related to mobile, wireless and vehicular technology.

IEEE 87th Vehicular Technology Conference (VTC 2018-Spring) covers topics such as:

  • Antennas and Propagation
    simulation, Propagation prediction, channel estimation, propagation channel measurements, wideband channel characterization, narrowband, multi-antenna propagation channels, modeling, antenna design, ultra-wideband propagation, RF subsystems and antenna characterization
  • Ad-Hoc, Mesh and Sensor Networks
    routing, Medium access control, cross-layer protocol design, transport protocols, cooperative networking, opportunistic, quality-of-service, performance, network security, energy management, aggregation, information processing, programming, middleware, emulation, simulation, inter-working, gateways, experiences, test-bed deployment, vehicular ad-hoc networks (VANET), wireless mesh networks and delay-tolerant networks (DTN)
  • Cooperative communications, distributed MIMOs and Relaying
    distributed beamforming for cooperative communications, Distributed space-time coding for cooperative communications, cooperative multiple access, relay technology, cooperative routing, network coding for cooperative communications, PHY, resource allocation for cooperative communications, game theory for cooperative, MAC layer design for cooperative wireless networks, characterization, distributed networks, knowledge acquisition for cooperative communications, modeling of cooperative communications, information sharing strategies in cooperative wireless networks and multi-way relay
  • Cognitive Radio and Spectrum Sensing
    cooperative sensing, Spectrum sensing, spectrum aggregation, spectrum measurements, spectrum mobility, dynamic spectrum access, cognitive radio networks, spectrum policies, algorithms, cognitive radio protocols, co-existence of primary, MIMO/OFDM-based cognitive radio, interference management, secondary networks, IEEE 1900, IEEE 802.22, game theory for cognitive radio networks, cognitive radio prototypes, applications of cognitive radio networks for e.g, characterization of cognitive wireless networks and heterogeneous networks
  • Multiple Antenna Systems and Space-Time-Frequency Processing
    array processing, Smart antennas, MIMO antenna systems, distributed antenna arrays, MIMO precoding, space-time coding, network MIMO, multi-user MIMO, implementations, MIMO receiver design, MIMO systems performance and prototypes
  • Green Networks
    GREEN of wireless networks, GREEN by wireless networks, Energy-aware self organized networks, Energy-efficient heterogeneous networks, Energy-aware cross-layer optimization, Energy-aware wireless distributed networks, Relay, Radio resource management for GREEN Wireless, Smart utility/Smart grid networks, cooperative transmission for GREEN Wireless, Power-efficient component, Energy consumption management, Architectures, Interconnection of consumer devices with smart grid and design of low power equipments
  • Transmission Technologies
    source/channel coding, Modulation, channel estimation, performance analysis, interference mitigation, iterative processing, equalization, multi-user detection, adaptive modulation, synchronization, ultra wideband systems, coding, OFDM systems, multi-carrier, cooperative diversity and multi-user
  • Positioning, Mobile Applications and Services
    terrestrial navigation, Satellite, integrated positioning, positioning techniques, cellular based positioning, communication, transmission technology for positioning, hybrid approaches, narrow band positioning systems, UWB, channel measurements, algorithms, indoor-positioning technologies, modeling for positioning, distributed, MIMO positioning techniques, pedestrian, collaborative localization algorithms, robot positioning, vehicle, location-aided communications, navigation, context aware service, services, information distribution services, applications, broadband Internet services, location-based services, messaging, multimedia applications, middleware, service architectures, composition, service creation, digital convergence, security, Services, Security in Mobile Applications, DMB Applications, IPTV, Ubiquitous Computing Applications, Services, Mobile e-Commerce, Services, Mobile Web-based Applications, Wireless Body Area Network Applications, Vehicular Ad-hoc Network Applications, Services and Services
  • Mobility management, vehicle traction power control/conversion, vehicle traffic models, mobility, engine control modules, vehicle stability controls and safety control systems
  • Transportation
    railroad signaling, Intelligent transportation systems, control, communication, (vehicle) power systems
  • Vehicular communications, smart speed controls, vehicle-to-vehicle or vehicle-to-infrastructure communications, networking, vehicular applications(emergency warning, VANET, toll collection, traffic information, etc), wireless diagnosis, wireless/mobile system applications for transportation control, vehicular communications for safety applications, mobile/wireless systems for transportation logistics, routing, roadside infrastructure and intelligent vehicle technologies
  • Vehicular Electronics and Telematics
    embedded integration, In-car electronics, location technologies, digital maps, tire-pressure monitoring, drive-by-wire controls, electromagnetic valve controls, HCCI controls, engine control modules, vehicle stability controls, safety control systems
  • Wireless Networks
    cooperative networks, Resource management, mobile/wireless network security, mobile/wireless quality-of-Service (QoS), network coding, privacy, handoff management, mobility, wireless IP, mobile, IMS, middleware, mobile/wireless network modeling, fixed-mobile convergence, analysis, performance evaluation, mobile/wireless network performance measurements, simulation, self organized networks (SON), heterogeneous wireless network architectures and network
  • Wireless Access
    HSPA, G/3.5G (UMTS WCDMA, x EV-DO, CDMA2000, GPP long-term evolution (LTE, TD-SCDMA), IEEE long-term evolution (WiMAX, LTE-Advanced), wireless PANs, WirelessMAN-Advanced), MANs, LANs, 16, WANs (e.g. IEEE802.15, DAB systems, DVB, new air interfaces, multiple access, MAC/PHY cross-layer design, radio resource management including heterogeneous networks, wireless multicasting, power control algorithms, power allocation, channel, multi-hop cellular management, coexistence of multiple radio access techniques, statistical multiplexing, scheduling, ambient access protocols, context-aware and performance evaluation

IEEE Vehicular Technology Conference (VTC) brings together individuals from academia, industry and government.

Venue

Porto,
Portugal
Yes
January 19, 2018
UMH, IEEE

Important

Please, check the official conference website for possible changes, before you make any traveling arrangements

Prices are for evaluation only.

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