Program

April 15th, 2019

Session 1

    • 9:00 - Keynote Marco Di Renzo - “Modeling and Analysis of Spatially-Correlated Cellular Networks by Using Inhomogeneous Poisson Point Processes”
    • 9:45 - #1570518739 – “Practical models for interference cancellation residual error in transmission-only networks”
    • 10:00 - #1570525062 - “Stochastic Models for Opportunistic Networks”
    • 10:15 - #1570524747 – “Stochastic Analysis of UDNs With Resource Capacity and User Scheduling”
    • 10:30 - Coffee Break

Session 2

    • 10:45 - #1570518511 - “On Capacity Sensitivity in Additive Vector Symmetric α-Stable Noise Channels” (invited)
    • 11:15 - #1570524962 – “Fast performance evaluation of LoRa communications over Rayleigh fading channels”
    • 11:30 - #1570524677 – “On the Optimal Rate of Ad Hoc ALOHA Networks”
    • 11:45 - #1570523208 - “A Graph-Based Resource Sharing and Admission Control for Vehicular Networks”
    • 12:00 - #1570524634 - “On the Resource Utilization of Multi-Connectivity Transmission for URLLC Services in 5G New Radio”

12:15 - 14:00 - Lunch

Session 3

    • 14:00 - Keynote Yury Polyanskiy – “Information theory of multiple-access channels with many users”
    • 14:45 - #1570525098 - “Low complexity Detector for massive uplink random access with NOMA in IoT LPWA networks”
    • 15:00 - #1570525135 – “Superimposed Frame Synchronization Optimization for Finite Blocklength Regime”
    • 15:15 - #1570524646 - “Multi-Channel Access Solutions for 5G New Radio”
    • 15:30 - Coffee Break

Session 4

    • 15:45 - #1570518909 - “Some Aspects of Totally Positive Kernels Useful in Information Theory” (invited)
    • 16:15 - #1570524364 - “Upper-Confidence Bound for Channel Selection in LPWA Networks with Retransmissions”
    • 16:30 - #1570525630 - “Joint Channel Selection and Power Control for NOMA: A Multi-Armed Bandit Approach”
    • 16:45 - #1570524588 – “Performance of Multi-carrier Technology over VHF Channels for Rural Area Applications”
    • 17:00 - #1570519240 - “Lightweight Architecture for IoT Devices with Context-aware Autonomous Control”

17:15 - END