Photonically-Enabled In-Flight Data Reorganization

Data locality constraints are alleviated by a data processing system and method of reorganizing data. Multiple electronic components are configured to modulate a light beam on a shared photonic interconnect and to detect the data according to a global schedule to reorganize data across the multiple electronic components. By constructing data transfer patterns in a shared photonic interconnect, rather than in dedicated reorganization hardware, data is reorganized while in transit, greatly accelerating the reorganization of data, and reducing the amount of power-consuming hardware necessary to achieve the task.

Researchers

David Whelihan / Scott Sawyer / Jeffrey Hughes

Departments: Lincoln Laboratory
Technology Areas: Communication Systems: Wireless / Computer Science: Networking & Signals
Impact Areas: Connected World

  • photonically-enabled in-flight data reorganization
    United States of America | Granted | 8,792,786

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