Nautilus Aerokernel

Kyle C. Hale, Brian R. Tauro, Conghao Liu, Peter Dinda, Conor Hetland, Goutham Kannan, Imran Ali Usmani, Andrew Neth, Sam Grayson, Qitian Zeng, Nanda Velugoti
Last updated on Mar 18, 2020
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Nautilus is a custom, lightweight operating system kernel designed for being fused with high-performance, parallel runtime systems. See more here.

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Kyle C. Hale
Assistant Professor of Computer Science

Hale's research lies at the intersection of operating systems, HPC, parallel computing, computer architecture.

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Brian R. Tauro
3rd Year PhD Student

3rd Year PhD Student

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Conghao Liu
4th Year PhD Student

4th Year PhD Student

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Peter Dinda
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Goutham Kannan
M.S. Research Assistant

Software developer at Dish Network

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Imran Ali Usmani
M.S. research assistant

Assistant Software Engineer at Argonne National Labs

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Andrew Neth
Coterm Researcher
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Sam Grayson
Undergraduate researcher (REU)

PhD student at UIUC

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Qitian Zeng
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Nanda Velugoti
1st Year PhD Student

1st Year PhD Student

Related

Posts

OpenMP in Nautilus paper accepted to SC21

Our work on bringing OpenMP implementations into the kernel has been accepted to SC ‘21! Congratulations to everyone involved on the successful collaborative effort!
Last updated on Sep 10, 2021 1 min read

Publications

Paths to OpenMP in the Kernel
Jiacheng Ma, Wenyi Wang, Aaron Nelson, Michael Cuevas, Brian Homerding, Conghao Liu, Zhen Huang, Simone Campanoni, Kyle C. Hale, Peter Dinda
PDF Project Project SC '21
Playing Fetch with CAT - Composing Cache Partitioning and Prefetching for Task-based Query Processing
Qitian Zeng, Kyle C. Hale, Boris Glavic
PDF Project Project DaMoN '21
Task Parallel Assembly Language for Uncompromising Parallelism
Mike Rainey, Ryan Newton, Kyle C. Hale, Nikos Hardavellas, Simone Campanoni, Peter Dinda, Umut Acar
PDF Project Project PLDI '21 Website Code
Towards a Practical Ecosystem of Specialized OS Kernels
Conghao Liu, Kyle C. Hale
PDF Project Project Project ROSS
An Evaluation of Asynchronous Software Events on Modern Hardware
Kyle C. Hale, Peter A. Dinda
PDF Project MASCOTS
Multiverse: Easy Conversion of Runtime Systems Into OS Kernels via Automatic Hybridization
Kyle C. Hale, Conor Hetland, Peter A. Dinda
PDF Project ICAC
Automatic Hybridization of Runtime Systems
Kyle C. Hale, Conor Hetland, Peter A. Dinda
PDF Project HPDC
Enabling Hybrid Parallel Runtimes Through Kernel and Virtualization Support
Kyle C. Hale, Peter A. Dinda
PDF Project VEE
Pushing Software Events to the Hardware Limit
Kyle C. Hale, Peter A. Dinda
PDF Project
A Case for Transforming Parallel Runtimes Into Operating System Kernels
Kyle C. Hale, Peter A. Dinda
PDF Project HPDC
Details of the Case for Transforming Parallel Runtimes Into Operating System Kernels
Kyle C. Hale, Peter A. Dinda
Project