Carrier Photogeneration Impact on Ring Dynamics

A Roadmap Toward Sub 1pJ/b Optical Interconnect

All-SMF Arrays for Co-Packaged Optics: Optimizing Cost, Complexity and Performance

Inverse-Designed Etch-Stable Ring Modulators

A 256 Gb/s DWDM Optical I/O in a 3D-stacked EIC/PIC Silicon Photonics Platform

A 32 Gb/s/λ 256Gb/s/Fiber Half-Rate Bandpass-Filtered Clock-Forwarding DWDM Optical Link in a 3D-Stacked 7nm EIC/65nm PIC Technology

Design and Packaging of a DWDM CW-DFB Laser Array for Co-Integrated Optical Interconnects

A 0.416-pJ/b, 32-Gb/s 3D-Stacked Optical NRZ Receiver with −18.5-dBm OMA Sensitivity Using Self-Timed Decision Feedback Equalization

A 32Gb/s Optical Receiver Utilizing a Differential TIA with −17.3dBm Sensitivity in a 3D-Stacked Silicon Photonics Platform

Relight: Simple, User-Level Checkpointing and Fast Forward Replay for Distributed Task-Based Systems

Checkpointing, or periodic saving of program state to storage, is the de facto standard technique used to mitigate risks of nondeterministic bugs, hardware faults, and job wall-time limits in long-running programs. Traditional approaches require users to manually manage the migration of data to and from storage when capturing checkpoints and when resuming execution.

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