• A Hybrid Conference – In-Person and Virtual Presentations
  • Technical Conference:  05 – 09 March 2023
  • Exhibition: 07 – 09 March 2023
  • San Diego Convention Center, San Diego, California, USA

2022 Posters

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A Fibre Bragg Grating Sensor-Based Instrumented Glove for Virtual Rehabilitation Applications
M3Z.1
A Fibre Bragg Grating Sensor-Based Instrumented Glove for Virtual Rehabilitation Applications

Chandan Jha
Indian Inst of Technology, Gandhinagar

  • Demo Zone
  • Virtual
QTReX : a Semi-Autonomous Continuous-Variable Quantum Key Distribution System
M3Z.2
QTReX : a Semi-Autonomous Continuous-Variable Quantum Key Distribution System

Tobias Gehring
Technical University of Denmark

  • Demo Zone
  • In person
Proof-of-Concept Demonstration of Time Critical Periodic Traffic in Industry-Grade Passive Optical Networks
M3Z.4
Proof-of-Concept Demonstration of Time Critical Periodic Traffic in Industry-Grade Passive Optical Networks

Konstantinos (Kostas) Christodoulopoulos
Nokia Bell Labs Germany

  • Demo Zone
  • In person
Optical Field Characterization Using Off-Axis Digital Holography
M3Z.6
Optical Field Characterization Using Off-Axis Digital Holography

Sjoerd van der Heide
Eindhoven University of Technology

  • Demo Zone
  • Video
Using Network Operations Platform and Orchestrator to Enhance Programmable OpenROADM Optical Networks
M3Z.8
Using Network Operations Platform and Orchestrator to Enhance Programmable OpenROADM Optical Networks

Nathan Ellsworth
The University of Texas at Dallas

  • Demo Zone
  • In person
Interactive Visual Analytics Dashboard for the Paradigm of ML-Assisted Autonomous Optical Networking
M3Z.10
Interactive Visual Analytics Dashboard for the Paradigm of ML-Assisted Autonomous Optical Networking

Behnam Shariati
Fraunhofer Inst Nachricht Henrich-Hertz

  • Demo Zone
  • In person
DeepALM: Holistic Optical Network Monitoring Based on Machine Learning
M3Z.11
DeepALM: Holistic Optical Network Monitoring Based on Machine Learning

Sai Kireet Patri
ADVA Optical Networking SE

  • Demo Zone
  • In person
LYNX: a GNPy-Based Web Application for Multi-Vendor Optical Network Planning
M3Z.13
LYNX: a GNPy-Based Web Application for Multi-Vendor Optical Network Planning

Arsalan Ahmad
National University of Sciences and Tech

  • Demo Zone
  • Virtual
Autonomous Pulse Control for Quantum Transducers With Deep Reinforcement Learning
M3Z.16
Autonomous Pulse Control for Quantum Transducers With Deep Reinforcement Learning

Mekena Metcalf
Lawrence Berkeley National Laboratory

  • Demo Zone
  • In person
3D-Printed Optical Elements for Coupling of VCSEL and Photodiode Arrays to Multi-Core Fibers in an SFP Transceiver Assembly
W2A.1
3D-Printed Optical Elements for Coupling of VCSEL and Photodiode Arrays to Multi-Core Fibers in an SFP Transceiver Assembly

Pascal Maier
Karlsruhe Institute of Technology (KIT)

  • D1: Advances in prototype and product developments of components and subsystems for data centers and optical networks
  • In Person
Streamlined Architecture for Thermal Control and Stabilization of Cascaded DWDM Micro-Ring Filters Bus
W2A.2
Streamlined Architecture for Thermal Control and Stabilization of Cascaded DWDM Micro-Ring Filters Bus

Maarten Hattink
Columbia University

  • D1: Advances in prototype and product developments of components and subsystems for data centers and optical networks
  • In Person
A 10-Gb/s, -32.6dBm Receiver With 3.5Gbps APD for XGPON/XGSPON Mass Production
W2A.3
A 10-Gb/s, -32.6dBm Receiver With 3.5Gbps APD for XGPON/XGSPON Mass Production

Rui Wang
Chengdu Meenyi Electronic Technology Co.

  • D1: Advances in prototype and product developments of components and subsystems for data centers and optical networks
  • Virtual Live Chat
Reduce Footprints of Multiport Interferometers by Cosine-Sine-Decomposition Unfolding
W2A.4
Reduce Footprints of Multiport Interferometers by Cosine-Sine-Decomposition Unfolding

Yinyi LIU
The Hong Kong University of Science and Technology

  • D2: Passive optical devices for switching and filtering
  • Virtual Live Chat
Design of Asymptotically Perfect Linear Feedforward Photonic Circuits
W2A.5
Design of Asymptotically Perfect Linear Feedforward Photonic Circuits

Ryan Hamerly
Massachusetts Institute of Technology

  • D2: Passive optical devices for switching and filtering
  • In Person
Dimensional Variation Tolerant Inverse Designed Broadband Mode Converter
W2A.6
Dimensional Variation Tolerant Inverse Designed Broadband Mode Converter

Md Mahadi Masnad
McGill University

  • D2: Passive optical devices for switching and filtering
  • Virtual Live Chat
Single-Mode 850nm VCSELs Demonstrate 96 Gb/s PAM4 OM4 Fiber Link for Extended Reach to 1km
W2A.7
Single-Mode 850nm VCSELs Demonstrate 96 Gb/s PAM4 OM4 Fiber Link for Extended Reach to 1km

Dufei Wu
University of Illinois, Urbana-Champaign

  • D3: Active optical devices and photonic integrated circuits
  • In Person
Highly-Reflective Facet-Coated 16-Wavelength DFB Laser Array With Exact Wavelength Spacings
W2A.8
Highly-Reflective Facet-Coated 16-Wavelength DFB Laser Array With Exact Wavelength Spacings

Gen Lv
Nanjing University

  • D3: Active optical devices and photonic integrated circuits
  • Virtual Live Chat
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