Personal tools
You are here: Home Research Trends & Opportunities Future Internet and Optical Quantum Communications Research Topics in Optical and Quantum Communications, and the Quantum Internet

Research Topics in Optical and Quantum Communications, and the Quantum Internet

Angel Island State Park_SF_1
(Angel Island State Park, San Francisco/Bay Area, U.S.A. - Jeffrey M. Wang)
 
 

1. Secure Quantum Communication and Quantum Internet

  • High performance and quantum computing
  • Quantum physics
  • Quantum entanglement
  • Quantum entanglement communication
  • Quantum communication infrastructure
  • Quantum Internet
  • Quantum networks
  • Enterprise quantum computing
  • Quantum processors
  • Programmable quantum processors
  • Quantum cyber security
  • Device-independent quantum key distribution
  • Applications of single photons to quantum communication and computing

 

2. Electro-optical Systems, Optical Fiber Communications

-- Electro-optical Systems

-- Optical Fiber Communications

  • Emerging optical fiber technologies
  • Quantum Interconnect and Hybrid Classical/Quantum Systems
  • Fiber optic communications: Dense Wavelength-Division Multiplexing (DWDM), Reconfigurable Optical Add/Drop Multiplexer (ROADM)
  • Optical switches
  • Fiber optic sensors
  • Optical networks and systems
  • Integration of optical and wireless networking
  • Optical access networks and fixed-mobile convergence 
  • Optical interconnection
  • Optical networks to support cloud computing
  • High speed optical LANs and gigabit Ethernet
  • QoS over optical networks for future networks
  • Passive optical networks
  • Design, control and management of optical networks
  • Reliability and protection in optical networks
  • Optical Spatial Division Multiplexed (SDM) Networks 
  • Quantum-key secure optical networks and physical layer security issues in 5G transport networks 
  • Tera-scale optical networks for beyond 5G application holographic and sensual communications 
  • Beyond-5G Passive Optical Networks (PON) 
  • Time-sensitive and time-deterministic optical networks  
  • Optical network control, management and orchestration including SDN and NFV solutions 
  • Multi-layer and –domain optical networks, including network disaggregation and white-boxes 
  • Slicing, service chaining, virtualization and multi-tenancy techniques for optical networks 
  • Optical and wireless network convergence, including radio-over-fiber access networks 
  • Machine Learning and data analytics techniques for optical networks 
  • Optical network availability, resilience, survivability, security 
  • Evolutions in optical networking: compact, embedded and pluggable
  • Filterless architectures for optical core, regional and urban aggregation networks
  • Energy efficiency in optical networks
  • Emerging architectures for optical routers and switches
  • Geometric control theory, stochastic process, optimization, game theory and their applications in large network systems 
  • Sensor-actuator networks
  • Optical fiber sensors and networks
  • Energy-efficient management of network resources
  • Space Division Multiplexing (SDM) Optical Transmission Technology
  • SDM Devices and Amplifiers
  • SDM Devices and Systems
  • Circulators, Mode Multiplexers, Dispersion Compensators, Ultrasound and Wavemeters
  • Coherent Technologies for Data Centers
  • Complexity Optimized Coding and DSP for Optical Communications
  • Survivability and Security
  • Photonic Integrated QKD (Quantum Key Distribution)
  • Optical Signal Processing 
  • Fiber- and Waveguide-Based Sensors
  • High Speed EMLs and DMLs
  • Optical Fiber and Device Modelling
  • Machine Learning for System Modeling and Channel Equalization
  • Data Center Networking and PON Security
  • Innovative QKD Systems
  • Optical Computing
  • Multi-Core Fiber
  • Free Space and Coupling Devices
  • RF and THz Signal Generation
  • Enabling Technologies for Data Center and HPC
  • LIDAR, RADAR and Ranging Systems
  • Telemetry and Synchronisation
  • Monolithic or 3D Electro-Optical Integration
  • Accurate Frequency/Time Distribution and Optical Computing
  • OFC Demo Zone
  • Multi-Mode Fiber
  • High Power and Comb Laser Sources
  • High Bandwidth Density Interconnects for Computing
  • Visible Light Communications and Positioning
  • Multi-X Networks
  • Passive Silicon Photonic Devices
  • Photonic Switching Devices
  • Novel Photonic Devices and Applications
  • Nonlinear-Optical Amplifiers and Oscillators
  • Data Center Networks and Control
  • Beyond 400G Transmission
  • Machine Learning and Advanced Digital Signal Processing
  • Signal Processing in Next-Generation PON
  • Satellite Communications and UV, LWIR Free Space Optical Communications
  • THz Optical Communications
  • Novel Enabling Devices
  • Silicon Photonics Devices and Integrated Circuits
  • Doped Fiber Amplifiers
  • Advances in Data Center Switching and Interconnects
  • Modulation Formats
  • Wideband Transmission Systems
  • High Data-Rate Direct Detection in Access
  • Free Space and Optical Camera Communications
  • Advanced Control in Quantum Systems
  • Photonic Devices for Novel Applications
  • Deployment and Field Trials
  • Network Planning and Operation
  • Co-Packaged and PIC for Data Center Applications
  • AI and Optimization in (Disaggregated) Networks
  • Subsea and Long-Haul Transmission 
  • Radio-Over-Fiber for 5G and Beyond Systems
  • Photonic Integrated Circuits
  • New Materials and Technologies
  • Network Orchestration
  • SDM - For Short Reach and Long-Haul Transmission Systems
  • Coexistence and Emerging Use-Cases of PON
  • Subsea and Sensing Networks 
  • High-Baud Rate Data Center Technologies
  • W-Band Fiber-Wireless Links
  • Advanced Photodetectors
  • Fiber Characterization and Fiber Sensing
  • DSP Design and System Modeling
  • Optical Networks for Machine Learning Systems
  • Optical Performance Monitoring
  • Flexible Coherent PON
  • Fiber Sensing
  • Devices for Quantum Technologies (Joint D5/SCQ)
  • Modulators and Transceivers
  • Transmission Impairment Mitigation and Compensation Techniques
  • Convergent Optical Access for Mobile Connectivity
  • Photonic Processing for Computing and ML
  • Coherent Pluggables and Field Trials
  • Enabling Technology for Free Space Optical Communications
  • Sensing, Devices and OTDR
  • Lasers and CPO
  • Advanced Optical Technologies
  • Hollow Core Fiber
  • Direct Detection and Short Reach Transmission Systems
  • Converged Fixed and Mobile Networks
  • Machine Learning for Estimation and Forecasting
  • Transmission Systems and Modelling
  • Hybrid Communication/Sensing Systems 

 

New York City_NY_121120A
;New York City, NY, U.S.A. - Civil Engineering Discoveries]

3. Optical Networks for 5G and Beyond

  • Optical transport for 5G and beyond
  • Wireless & optical communications: fundamentals and PHY  
  • Optical Spatial Division Multiplexed (SDM) Networks
  • Quantum-key secure optical networks and physical layer security issues in 5G transport networks
  • Tera-scale optical networks for beyond 5G application holographic and sensual communications
  • Beyond-5G Passive Optical Networks (PON)
  • Time-sensitive and time-deterministic optical networks  
  • Optical network control, management and orchestration including SDN and NFV solutions
  • Multi-layer and –domain optical networks, including network disaggregation and white-boxes
  • Slicing, service chaining, virtualization and multi-tenancy techniques for optical networks
  • Optical and wireless network convergence, including radio-over-fiber access networks
  • Machine Learning and data analytics techniques for optical networks
  • Optical network availability, resilience, survivability, security
  • Filterless architectures for optical core, regional and urban aggregation networks
  • Fibers and fiber devices/amplifiers/lasers
  • Advanced optical components and modules
  • Waveguide and optoelectronic devices
  • Advanced optical modulation and detection schemes
  • Nano-photonics and micro/nano optics
  • Microwave photonics
  • Quantum and nonlinear optics
  • Optical communications
  • Visible light communications
  • High-speed optical transmissions


4. Advances in Radio over Fiber Techniques for 5G and Beyond

  • Radio over fiber
  • Advancements in analog/digital/sigma delta radio over fiber
  • Radio access network (RAN)
  • Open radio access network (O-RAN)
  • Fiber Wireless Integration based Optical-Wireless Interconnects
  • 5G/B5G optical wireless convergent networks
  • Microwave/millimeter-wave photonics
  • Optical wireless communication (OWC)
  • Visible light communication (VLC)
  • Advanced signal processing
 

5. Next-Generation Optical Access Networks to Support Super-Broadband Services and 5G/6G Mobile Networks

  • Optical metro edge and access aggregation convergence
  • Convergence of optical access and mobile broadband systems for new radio access networks
  • Evolution of passive optical network (PON) for 50G and 100G data rate, and/or high split ratio and extended reach
  • New fiber-wireless integrated radio access network architecture design and system interface
  • New use cases and standards development for next-generation PONs
  • New use cases for converged optical and wireless access networks
  • Future softwarization and virtualization of optical access networks
  • Applications of AI/ML in performance improvement and network telemetry in optical and radio access networks
  • New advancements in improving the latency, reliability, protection, and security of optical access networks
  • Dynamic bandwidth allocation (DBA) algorithms and multiple media access control (MAC) mechanisms
  • Software-defined access and network slicing
  • PON architectures for low latency and high-capacity mesh interconnect of edge nodes
  • Techno-economics of analysis of optical access enabling dense 5G and beyond deployments

 

 

 [More to come ...] 

 


 

 

Document Actions