[Om-announce] IEEE International Symposium on Dynamic Spectrum Access Networks

[jiadiyu6 at gmail.com]

IEEE International Symposium on Dynamic Spectrum Access Networks
11-14 November 2019

Newark, NJ, USA
https://dyspan2019.ieee-dyspan.org/


DySPAN 2019 will be held on November 11-14 in Newark, NJ, USA, and it is
ideally located next to Newark Liberty International Airport (EWR) and just
10 miles from the world famous New York City.
We are preparing a very exciting program with total 50 technical papers, 6
keynote speakers, 2 panels, 3 workshops and 2 tutorials. We welcome you to
attend DySPAN 2019!

REGISTER EARLY at discounted rates by OCTOBER 15TH:
https://dyspan2019.ieee-dyspan.org/registration

FULL PROGRAM:
https://dyspan2019.ieee-dyspan.org/main-conference-technical-program


**** DySPAN 2019 PROGRAM HIGHLIGHTS **** 

** Six Keynotes from Distinguished Speakers **

We have two keynote speakers everyday: one in the morning and one in the
afternoon.

SPECTRUM SHARING IN THE 5G & BEYOND ERA
Dr. Nada Golmie, Chief- Wireless Networks Division, National Institute of
Standards and Technology (NIST)

LEARNING AT THE WIRELESS EDGE
Dr. Vincent Poor, Michael Henry Strater University Professor, Princeton
University

A VISION TOWARDS PERVASIVE EDGE COMPUTING
Dr. Yuanyuan Yang, IEEE Fellow & Program Director, US National Science
Foundation (NSF), SUNY Distinguished Professor, Stony Brook University, USA

5G E2E NETWORK FOR THE FUTURE OF INDUSTRIAL AUTOMATION
Dr. Peter Vetter, Head of Access Research Labs, Nokia Bell Labs

HARDWARE AND SOFTWARE TECHNOLOGY FOR ADVANCED SPECTRUM OPERATIONS
Dr. Tom Rondeau, Program Director, Microsystems Technology Office (MTO),
Defense Advanced Research Projects Agency (DARPA)

MEGATRENDS IN WIRELESS CYBER SECURITY
Dr. Joe Mitola, Fellow of the IEEE for Software-Defined and Cognitive Radio,
and Chief Technologist, Aerospace Sciences and Engineering Division, ENSCO 


** WORKSHOPS **

# Workshop on Collaborative Dynamic Spectrum Sharing #

Collaborative dynamic spectrum sharing enables mixtures of Primary and
Secondary Users (PU/SU) to dynamically, and opportunistically, share
spectrum while adhering to a sharing policy that protects the operation of
PUs and maximizes spectrum utility, i.e., system performance, of the
ensemble of SUs. This workshop explores the challenges and opportunities for
designing, implementing, and testing collaborative dynamic spectrum sharing
technology.


# Workshop on mmWave Communications and Networks #

As a key technology for next-generation cellular and Wi-Fi networks,
millimeter-wave (mmWave) communication can achieve multi-Gbps wireless data
rate and can support a broad class of new applications from communications
to localization, sensing, and imaging. This work aims to bring together
researchers from academia and industry to present and discuss novel ideas on
the design, optimization, and implementation of mmWave communication
networks and systems. 


# Workshop on Data-Driven Dynamic Spectrum Sharing (Dd-Dss-2019) #

The main user of wireless communications services in future 5G+ and IoT
environments will shift from "Humans" to "Things" and it is expected that
large numbers of nodes will be connected to each other in various
configurations. This workshop aims to bring together academic researchers
and industry practitioners as well as members of standardization bodies and
government to meet and exchange ideas on technology and regulation about
data-driven dynamic spectrum sharing for a sustainable future wireless
world.


** TUTORIALS **

# Resource Management for On-Demand Mission-Critical Internet of Things
Applications #
# Muhammad Junaid Farooq and Quanyan Zhu, New York University (NYU), USA #

The goal of the tutorial is to enable the audience to construct higher level
policy decisions using an economic and commercial approach. The tutorial
will be self-contained, providing sufficient background for the audience to
assimilate the key technical ideas and be inspired to solve related problems
in the IoT space. The tutorial will conclude with discussing future
directions and relevant problems on the economics of resource management
from new perspectives such as security and resilience.


# The Power of Software Defined Radio in Wireless Innovation #
# Ingrid Moerman, Ghent University; Sofie Pollin, KU Leuven; Prasanthi
Maddala and Ivan Seskar, WINLAB, Rutgers University #

This tutorial covers a few key factors empowered by SDR to break the slow
iterations of end devices and wireless standardization. It is based on the
spectrum bottlenecks observed in today's commercial deployments and the way
spectrum is allocated today. The tutorial focuses on the latest innovations
in software defined radio research that may have a huge impact on the way
spectrum will be allocated and orchestrated in future.

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