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Symposia |
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Beyond the Hype of Network Analytics: Use Cases, Feasibility, and Barriers |
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This symposium will specifically aim to identify, beyond the hype, the main optical network analytics use cases, their feasibility, barriers, and related R&D efforts. Invited speakers from data center operators, telecom networks, system and technology providers and academia will review the advancements and debate the i... |
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Quantum Information and Optical Communication Networks: Emerging Research Areas, Challenges and Opportunities |
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Session I will provide broad overviews of emerging research areas in quantum for optical communications. Topics covered may include quantum enhanced security technologies in optical transmission systems, wavelength conversion and quantum computer/memory interfaces, quantum repeater network architectures for multipartit... |
teleportation, and quantum sensor networks and distributed quantum applications. |
Session II will go into greater depth on specific research problems within the broad areas discussed in Session I. Talks will include areas such as measurement device independent quantum key distribution and novel security architectures, specific quantum memory technologies and architectures for quantum repeaters, quan... |
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The Crucial Role of Photonics in Achieving the United Nation’s Sustainability Development Goals (SDGs): Learnings and Opportunities |
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Crucial to meeting the UN SDGs in a timely manner, it is imperative that future optical communication systems and networks are integrated in the society ensuring environmental sustainability as they evolve. This symposium aims to: (a) reflect on the smart city predictions made by OFCity 2015 competition teams towards s... |
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Special Sessions |
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High Performance Networks for Future Data Center and Computing Applications |
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This session will discuss emerging trends in the design and build of networks that can scale AI supercomputers without exploding the overall power consumption and cost. Focusing on challenges and |
opportunities for photonics, topics covered may include: (1) Composable systems with disaggregated resources (GPUs, CPUs, storage/memory) being co-located as a pool that is accessed via a local network, (2) reconfigurable network topologies to provision bandwidth on demand. |
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Ultra-Stable Frequency Sources and their Future Applications in Telecom |
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Optical fiber communications has resulted in commodity technologies including optical fiber and other components, that have also benefited other disciplines. Now, the outcomes of these other disciplines in-turn can benefit fiber communications. The objective of this session is to bring together researchers from the dis... |
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Photonics for Visible Wavelengths |
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This session will begin by covering mature and emerging applications of visible light photonics, why visible light is needed and the benefits compared to working in the more traditional telecommunication range. It will also explain how mature the current applications are and what systems, if any, are used in the field.... |
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Rump Session |
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Is the Silicon Photonics Platform about to be Standardized, Diversified or Supplanted? |
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ofcconference.org |
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5 |
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Topic Area 1: Power and Control Electronics (PACE) |
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Supporting Offices: EERE, OE |
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Year 1/Phase 1 Year 2/Phase 2 Year 3/Phase 3 |
TOTAL $5,000,000 $5,000,000 $3,750,000 |
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Description |
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A proposed PACE-centric GMLC project would leverage components of laboratory-led ‘Grid Shot’ proposal presented at the Energy Earthshots™ National Lab Ideation Forum. The focus would be on addressing gaps in ‘smart’ medium-voltage (MV, 4.16kV-34.5kV) electrical interfaces critical to a modernized grid (see Figure 2) th... |
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Conventional Power Plants 13kV G 138kV T 13-35kV 69kV 345kV - 765kV 69kV 13-35kV G T T G Conventional Unidirectional power flow Utility-Scale Renewables Utility-Scale Renewables T 138kV T T 120/240V T 69kV 132kV 115kV 69kV 35kV D D D D 11kV 4.1kV 480V 13.8kV 4.1kV 120/240V 120/240V 4.1kV/690V/400V/208V/240V/120V Loads ... |
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Figure 2. Diverse medium voltage interfaces need to be addressed in a modernized grid |
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Leveraging current integrated systems test beds to safely evaluate and test reconfigurable power and control electronics sub-systems in terms of performance, durability, cost, and provided grid-services; |
Evaluating system integration and cybersecurity, while providing guidance in future developments in both hardware (e.g., WBS, Solid-State Transformers, etc.) and software; |
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6 |
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Topic Area 3: Quantum Facilities for Applied Computing, Sensing, and Security (qFACSS) |
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Supporting Offices: FECM, OE, CESER, OTT* |
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Year 1/Phase 1 Year 2/Phase 2 Year 3/Phase 3 |
TOTAL $1,250,000 $1,250,000 $1,250,000 |
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