Special Symposia

O1. Future Technologies for Optical Transport Network Support of Post 5G Mobile Services

Today, 5G is predicted to be one of the major drivers for network expansion. At the 3GPP meeting in July 2018, 5G phase1 related specifications (e.g. Rel-15) have been defined. Future releases such as 3GPP Rel-16 and Rel-17 will continue to add features that are related to 5G phase2. Considering this environment, 5G-based services are expected to be provided sooner or later. Furthermore, the concern with post 5G related research topics has been growing recently. This symposium will provide an overview of challenges and perspectives of future technologies for optical transport network support of post 5G mobile services.

Organizers
Kota Asaka
NTT Corporation
Xiang Liu
Huawei
Raül Muñoz
CTTC
Noboru Yoshikane
KDDI Research, Inc.
Symposiasts
Optical access technologies for 5G and beyond
Jun TeradaNTT Corporation
Key fiber wireless integrated radio access technologies for 5G and beyond
Gee-Kung ChangGeorgia Institute of Technology
Optical access and transport technologies for 5G and beyond
Kyeong-Hwan DooElectronics and Telecommunications Research Institute (ETRI)
A flexible x-haul network for 5G and beyond
Jörg-Peter ElbersADVA Optical Networking
Advanced optical transmission technologies for 5G fronthaul
Qunbi ZhugeShanghai Jiao Tong University
Evolution scenario of optical access infrastructure for supporting beyond-5G mobile systems
Kazuki TanakaKDDI Research, Inc.
O4+O5. Photonics Technologies in Automotive Application ~from Networks to Devices~

Worldwide investigations and developments for photonics technology in car and mobility, including self-driving, are going on. In this symposium, the application development of photonics technologies toward realization of self-driving of car and mobility will be discussed. Such technologies contain various system layers with various photonics devices and networks. Invited lecturers will report latest situation and future prospect of total system, low-latency network, V2X network, in-vehicle network, sensor devices including LiDAR and light sources. Through this symposium, audience is expected to be understand the common and difference of requirement and technologies compared with those in conventional telecom and datacom applications.

Organizers
Yoshinori Hoshi
Oki Consulting Solutions
Nobuhiko Nishiyama
Tokyo Institute of Technology
Koji Yamada
AIST
Symposiasts
Towards V2X in connected car society
Shinpei YasukawaNTT DOCOMO, Inc.
Radio over fiber system for uninterrupted high-speed railway communications
Atsushi KannoNICT
Tetsuya KawanishiWaseda University
Gigabit and multi-gigabit data transmission for next-generation automotive optical network
Okihiro SugiharaUtsunomiya University
Coherent lidar for autonomous vehicle applications
Emil KadlecBlackmore Sensors and Analytics, Inc.
Photonic technology improvements that drives future of LiDAR applications
Koei YamamotoHamamatsu Photonics K.K.
P1+P2. Advanced Optical Technologies for Bigdata/IoT Service

Big data analytics is expected to be used for various IoT usecases such as public safety (ex., video analytics for privacy protection), smart logistics (ex., crowd analytics, transportation optimization), etc. Such usecases require not only locally-computing at the edge of network but also edge-cloud and cloud-cloud interwork. Optical technologies will be playing a key role to exchange big-data across computing platform. In this symposium optical technologies for hyper distributed computing for big data analytics will be discussed. We invite distinguished experts in the domains of data analytics, IoT, and optical technologies to explore usecases and technologies.

Organizers
Nicola Calabretta
Eindhoven University of Technology
Kohei Shiomoto
Tokyo City University
Young Lee
Huawei, USA
Symposiasts
CAT platform -Challenges toward autonomous network diagnosis
Takafumi TanakaNTT Network Innovation Laboratories
Orchestration of optical networks and cloud/edge computing for IoT services
Raül MuñozCentre Tecnològic de Telecomunicacions de Catalunya (CTTC/CERCA)
Machine learning methods for slice admission in 5G networks
Paolo MontiChalmers University of Technology
Optical transport networks for 5G: an enabler for vertical industries
Anna TzanakakiNational and Kapodistrian University of Athens / University of Bristol
Disaggregated optical network control and orchestration of heterogeneous domains
Piero CastoldiScuola Superiore Sant’Anna
Optical networks in edge clouds: energy and application dimensions
Daniel C. KilperUniversity of Arizona
Return
Top