IEEE GLOBECOM 2016 TECHNICAL PROGRAM Monday, 5 December 2016 Tuesday, 6 December 2016 Wednesday, 7 December 2016 AHSN.1: Vehicular Ad-hoc Networks AHSN.4: Sensing and Social-Aware AHSN.10: Energy Harvesting in I Networking Wireless Networks CISS.1: Wireless and Mobile Security AHSN.5: Medium Access Control AHSN.11: Positioning, Localization, CISS.2: Network and System CISS.5: Jaming and Security in Mobile Networks Security I CISS.6: Network and System CISS.10: Physical Layer Security II CQRM.1: Device-to-Device (D2D) Security II CISS.9: Cryptography and Network Communication and Energy CQRM.4: Resource Allocation in 5G Security Harvesting Mobile Networks CQRM.7: Network Traffic CRN.1: Spectrum Sensing I CRN.4: Resource Management I Characterization and Modeling CSSMA.1: Multimedia Streaming and CTS.5: Caching and Latency- CRN.7: Spectrum Access II Video Delivery constrained Systems CSSMA.4: Mobile Network Services CTS.1: Coding Theory and Practice IS-WCT: Interactive Session: II CTS.2: Modulation, Coding and Link- Wireless Communication Technology CTS.8: Source Coding and Layer Techniques MWN.6: Device-to-Device (D2D) Estimation GCSN.1: Green Wireless Networks Communications GCSN.5: Energy Harvesting and 11:15 – NGN.1: Next Generation Wireless 11:00 – MWN.7: Wireless Network and Traffic Wireless Power Transfer I 12:45 Networks 12:30 Management IS-SAC: Interactive Session: SAC-BD.1: Big Data Analytics and NGN.4: Software Defined Networks I Selected Area in Communications Processing SAC-ANS.1: Wired Access Networks MWN.12: Energy Efficiency and SAC-CN.1: Data center network SAC-CN.3: Optimization of resource Green-Power Communications SAC-IoT.1: Energy and Power allocation MWN.13: IEEE 802.11 Networks SPC.1: Security and Secrecy SAC-ehealth.1: Algorithms and NGN.8: Content Centric Networks II WCS.1: Massive MIMO I learning systems for e-health SAC-ANS.2: Wireless and Cellular WCS.2: Non-Orthogonal Multiple SAC-SG&PLC.1: Smart Grid and Access Networks Access Power Line Communications I SAC-DS.1: Data Storage WCS.3: Performance Analysis SPC.4: Multi-Cell and Relay SPC.7: Signal Detection and WCS.4: Emerging Wireless Networks Decoding I Technologies WCS.13: Millimeter-Wave WCS.22: Energy Harvesting I Communications I WCS.23: Small Cells and WCS.14: Device-to-Device Heterogeneous Networks I Communications WCS.24: Broadband WCS.15: MIMO I Communications IEEE GLOBECOM 2016 TECHNICAL PROGRAM Monday, 5 December 2016 Tuesday, 6 December 2016 Wednesday, 7 December 2016 AHSN.2: Vehicular Ad-hoc Networks AHSN.6: Wireless Sensor Networks AHSN.12: D2D Networking, Relay - II AHSN.7: Energy Efficiency and and Cooperative Transmission CISS.3: Crowd Security and Game Performance Evaluation CISS.11: Physical Layer Security I theory CISS.7: Privacy CQRM.8: Network Efficiency and CQRM.2: Cloud/Edge Networking CQRM.5: Quality, Scalability and TCP/IP Performance and Internet of Things (IoT) Performance for Network and CRN.8: Spectrum Sharing CRN.2: Spectrum Sensing II Services CTS.9: Information Theory CTS.3: Cooperative Communications CRN.5: Resource Management II GCSN.6: Green Network Function and Relaying CSSMA.3: Information-centric Virtualization GCSN.2: Networks Employing services IS-NGN: Interactive Session: Next Renewable Energy Sources CTS.6: Multiantenna systems Generation Network MWN.1: LTE Networks GCSN.4: Green Communications IS-S&P: Interactive Session: Security MWN.2: VANET and Intelligent and Computing and Privacy Transportation IS-CT: Interactive Session: MWN.14: Caching and Offloading MWN.3: Mobile Wireless Network II Communication Theory MWN.15: IoT and M2M 14:30 – 14:00 – NGN.2: Virtual Network Design MWN.8: Cloudlet and Mobile Edge NGN.9: Next Generation Network II 16:00 15:30 SAC-CN.2: Edge / FOG / Mobile Computing ONS.4: Elastic Optical Networks Cloud MWN.9: Cognitive Radio Networks SAC-ANS.3: Access Networks and SAC-IoT.2: Mobility NGN.5: Next Generation Networks I Systems SAC-SSC.1: Routing and Caching ONS.2: Optical Wireless SAC-BD.3: Big Data Storage and SPC.2: Channel Estimation Communication Techniques and Communications WCS.5: Massive MIMO II Systems II SAC-SG&PLC.2: Smart Grid and WCS.6: Cloud RAN SAC-CN.4: Performance of Cloud Power Line Communications II WCS.7: Spatial Modulation networks SPC.8: Signal Detection and WCS.8: Wireless Content Distribution SAC-IoT.4: Performance Decoding II SPC.5: Massive MIMO SPC.9: Energy Efficiency and Energy WCS.16: Millimeter-Wave Harvesting Communications II WCS.25: Energy Harvesting II WCS.17: Wireless Network Security WCS.26: Small Cells and WCS.18: MIMO II Heterogeneous Networks II WCS.27: Wireless Networks I IEEE GLOBECOM 2016 TECHNICAL PROGRAM Monday, 5 December 2016 Tuesday, 6 December 2016 Wednesday, 7 December 2016 AHSN.3: Routing in WSN and Ad AHSN.8: Privacy and Security AHSN.13: Capacity and Performance Hoc Networks AHSN.9: Coverage, Topology Analysis CISS.4: Cloud Security Control, and Resource Allocation CQRM.9: Wireless Physical/Link CQRM.3: Software-Defined CISS.8: Secure Smart Grid and Layers and Network Coding Networking (SDN) and Network MIMO Systems CRN.9: Privacy and Security Virtualization CQRM.6: Resource Allocation and CTS.10: Multiuser techniques CRN.3: Spectrum Sensing III Scheduling in Communication GCSN.7: Energy Harvesting and CSSMA.2: Mobile Network Services I Networks Wireless Power Transfer II CTS.4: Stochastic geometry for CRN.6: Spectrum Access I IS-CRN&GC: Interactive Session: wireless networks CTS.7: Interference in Wireless Cognitive Radio Network and Green GCSN.3: Green Cellular Networks Networks Communications MWN.4: 5G Techniques IS-WN: Interactive Session: Wireless IS-ETSA: Interactive Session: MWN.5: Mobile Wireless Networks Networks Emerging Topics, Services, and NGN.3: Content Centric Networks I MWN.10: Security and Privacy Applications ONS.1: Optical Wireless MWN.11: Location-Based MWN.16: Resource Allocation and Communication Techniques and Techniques Scheduling 16:30 – Systems I 16:00 – NGN.6: Switching and Routing MWN.17: Cellular Networks 18:00 SAC-BD.2: Algorithms for Big Data 17:30 NGN.7: Software Defined Networks II MWN.18: Software Defined Wireless SAC-IoT.3: IoT Devices ONS.3: Optical Data Center Network and Virualization SPC.3: Beamforming Networking NGN.10: Next Generation Networks WCS.10: Channel Measurements SAC-ehealth.2: Network protocols III and Modeling and Mobile Applications ONS.5: Optical Network Virtualization WCS.11: Receiver Design SAC-SN.1: Structure, Resiliency and SAC-IoT.5: Security and Privacy WCS.12: Resource Management Privacy SAC-MBMSC.1: Molecular, Biological WCS.9: Full-Duplex Communication SAC-SSC.2: System and Multi-scale Communications Systems SPC.6: Interference Management SAC-SN.2: Optimization and Analysis and Modeling SAC-SSC.3: Signal Processing WCS.19: Millimeter-Wave SPC.10: Resource Allocation and Communications III Scheduling WCS.20: Energy Efficient WCS.28: Energy Harvesting III Communications WCS.29: Interference WCS.21: Transceiver Design Characterization and Interference Management WCS.30: Wireless Networks II IEEE GLOBECOM 2016 TECHNICAL PROGRAM Monday, 5 December Monday, 5 December, 11:15 - 12:45 AHSN.1: Vehicular Ad-hoc Networks I Room: Columbia 6 - Terrace Level Chair: Sharief M.A. Oteafy (Queen's University, Canada) RMV: Real-time Multi-view Video Streaming in Highway Vehicle Ad-hoc Networks (VANETs) Zhi Liu (Waseda University, Japan); Mianxiong Dong (Muroran Institute of Technology, Japan); Bo Zhang (The Hong Kong University of Science and Technology, P.R. China); Yusheng Ji (National Institute of Informatics, Japan); Yoshiaki Tanaka (Waseda University, Japan) Data fusion for a forecasting link state indicator in VANETs Jonathan Ledy (University of Haute Alsace, France); Frédéric Drouhin (University of Haute-Alsace, France); Benoit Hilt, Hanene Gabteni, Pascal Lorenz, Jeremie Daniel and Michel Basset (University of Haute Alsace, France) Content in Motion: A Novel Relay Scheme for Content Dissemination in Urban Vehicular Networks Yilong Hui and Zhou Su (Shanghai University, P.R. China); Tom H. Luan (School of Information Technology & Deakin University, Australia) Multi-channel MAC Protocol: Spectrum Penetration Method for Vehicular Ad Hoc Networks Zhou Jia and Cailian Chen (Shanghai Jiao Tong University, P.R. China); Li'an Li (Shanghai Jiao tong University, P.R. China); Xinping Guan (Shanghai Jiao Tong University, P.R. China) Occlusion-aware Coverage for Efficient Visual Sensing in Unmanned Aerial Vehicle Networks Kevon Scott and Rui Dai (University of Cincinnati, USA); Manish Kumar (Mechanical and Materials Engineering, USA) CISS.1: Wireless and Mobile Security Room: Lincoln East - Concourse Level Chair: Hong-Ning Dai (Macau University of Science and Technology, Macao) Secure Relay Beamforming with Correlated Channel Models in Dual-hop Wireless Communication Networks Zhenhua Yuan and Chen Chen (Peking University, P.R. China); Lin Bai (Beihang University, P.R. China); Ye Jin (Peking University, P.R. China); Jinho Choi (Gwangju Institute of Science and Technology (GIST), Korea) Physical Layer Secret Key Capacity Using Correlated Wireless Channel Samples Xu Wang, Liang Jin, Kaizhi Huang, Mingliang Li and Yi Ming (National Digital Switching System Engineering and Technological R&D Center) Friendly-Jamming: An Anti-Eavesdropping Scheme in Wireless Nets of Things Xuran Li and Hong-Ning Dai (Macau University of Science and Technology, Macao); Hao Wang (Norwegian University of Science and Technology, Aalesund, Norway) Stochastic Geometry Analysis of Reference Signal Spoofing Attack in