Selected ONDM2023 papers will be considered for publication in the IEEE/OSA Journal of Optical Communications and Networking (JOCN) ONDM2022 Special Issue, to be published in Spring 2024. The selection criteria include the conference paper’s score, novelty, and impact. The extensibility of the paper with significant new material is also a key requirement for inclusion in this Special Issue.
Authors are encouraged to submit either abstract / short papers (3 pages US letter size) or full papers (up to 6 pages US Letter size) in standard IEEE conference style (https://www.ieee.org/conferences/publishing/templates.html), describing original, unpublished research results, not currently under review by another conference or journal, addressing forefront research and development in the area of optical network design and modelling.
Authors of 3-page papers must ensure their papers are formatted correctly, i.e., they are exactly 3 completely filled pages.
Only PDF files with all fonts embedded are accepted. Your submitted PDF file and registered EDAS account of a paper must list the same author(s), title and abstract. Papers where the PDF and EDAS account do not match the author(s), title, and/or abstract will be withdrawn by the Technical Program Co-Chairs.
Authors must submit their papers electronically through EDAS using the following link: https://edas.info/N29851.
Accepted papers are expected to be included in IEEE Xplore.
Technically Co-Sponsored by IEEE Communications Society and IEEE Photonics Society
Supported by IFIP TC6
Following the tradition of previous editions, ONDM 2023 will address cutting-edge research in optical networking in support of a wide variety of new services and applications. This includes the most recent trends such as: 5G and beyond; data-centre networking; Internet of Things; cloud/edge computing; content delivery networks; data analytics, network telemetry and real-time monitoring; autonomic networking; artificial intelligence / machine learning assisted networks; visible light communications; and Quantum Internet.
Such trends drive the need for increased capacity, efficiency, flexibility adaptability and intelligence in the functions that optical networks must perform in the next years. In turn, these challenging needs can be addressed by developing new optical network architectures, based on different optical network disaggregation models, exploiting and integrating novel multidimensional photonic technologies as well as by adopting open and highly programmable hardware and software platforms such as software-defined networking (SDN) and network function virtualization (NFV). The ultimate goal of such network revolution is to enable new business models and opportunities for network operators and their customers. The scope of the conference includes but is not limited to the following topics related specifically to optical devices, systems, and networks:
• Advances in optical network modelling and optimization
• Routing and spectrum assignment in fixed and flex-grid optical networks
• Optical network availability, resilience, survivability, security and privacy
• Multi-layer (e.g., IP over optical) networking
• Quantum technologies and Quantum Internet
• Optical networks exploiting photonic integrated circuits
• Visible light communications and networks
• Optical and wireless network convergence, including radio-over-fibre access networks
• Optical networks in 5G and beyond: backhaul, midhaul and fronthaul networking
• Novel and multidimensional optical network architectures
• Multi-mode/few-modes/multi-core optical spatial division multiplexed (SDM) networks
• Novel optical node designs including disaggregation and open optical line systems
• Optical networks in support of intra-/inter-data centre connectivity and cloud/edge computing
• Optical network control, management and orchestration including SDN and NFV solutions
• Slicing, service chaining, virtualization and multi-tenancy techniques
• Orchestration and control of IT and network resources in optical data-centre networks
• Novel network telemetry and real-time monitoring technologies for optical networks
• Energy efficiency
• Impact of the hollow fibre revolution in network design
• Optical networking in support of vertical industries
• Field trials and interoperability demonstrations
• Techno-economic studies
• Zero-touch network and service management
• Network function acceleration
• In-network computing