Chris K Wensel @cwensel@fosstodon.org (@cwensel) 's Twitter Profile
Chris K Wensel @[email protected]

@cwensel

Developing Clusterless, a declarative cloud platform for data engineering and data science. github.com/ClusterlessHQ

ID: 1039361

linkhttp://chris.wensel.net/ calendar_today12-03-2007 20:28:44

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Dominik Tornow (@dominiktornow) 's Twitter Profile Photo

Retries. Often touted as a simply fix for reliability in the presence of failure-However, retries are incredibly difficult to get right. This paper is a fantastic discussion of the complex world of retries

Retries. Often touted as a simply fix for reliability in the presence of failure-However, retries are incredibly difficult to get right. 

This paper is a fantastic discussion of the complex world of retries
Qian Li (@qianl_cs) 's Twitter Profile Photo

Phil Eaton Maybe you've read this before, but I like this paper that compares popular lakehouse storage systems: delta lake, hudi, and iceberg: cidrdb.org/cidr2023/paper… You can find the source code of their benchmarks: github.com/lhbench/lhbench

Chris K Wensel @cwensel@fosstodon.org (@cwensel) 's Twitter Profile Photo

Thought I'd share a project i'm tinkering on github.com/ClusterlessHQ/…... it's a cli for finding emerging patterns. think of it as a way to diff one or more subsets of data in a dataset. Or, what itemsets are showing more frequently in an outlier set than are in an inlier set.

Neil Gunther (@drqz) 's Twitter Profile Photo

RIP Prof. John D. Little. He of Little law; the most ubiquitous name in computer performance analysis (even though he knew nothing about computer systems) en.wikipedia.org/wiki/John_Litt…

RIP Prof.  John D. Little. 

He of Little law; the most ubiquitous name in computer performance analysis (even though he knew nothing about computer systems) en.wikipedia.org/wiki/John_Litt…
Shadaj Laddad (@shadajl) 's Twitter Profile Photo

Super excited to announce the November SF Systems Meetup, featuring talks from Google Systems Research and DBOS! Hope to see you there, sign up at lu.ma/lhuuiur5. We have a lot of capacity this time, thanks to our hosts Chroma! See sfsystemsclub.com for more!

jeff (@jeffreyhuber) 's Twitter Profile Photo

SF Systems Group is merging with SF Systems Club 🥳 Chroma is hosting the November meetup with talks from @alexkrentsel and Qian Li Hope to see you there lu.ma/lhuuiur5

Qian Li (@qianl_cs) 's Twitter Profile Photo

This vision paper builds on evaluations from the ATC '21 paper (usenix.org/system/files/a…). Fun fact: John was looking for an internship at cloud vendors to experiment with Homa replacing TCP 😉 John's students developed the original Homa protocol, and John has now re-implemented

Shadaj Laddad (@shadajl) 's Twitter Profile Photo

Thrilled to share that our paper “Flo: A Semantic Foundation for Progressive Stream Processing” (with Mae Milano, Alvin Cheung, and Joe Hellerstein) will appear at POPL 2025! Check out the preprint at arxiv.org/abs/2411.08274, and read on for more!

Thrilled to share that our paper “Flo: A Semantic Foundation for Progressive Stream Processing” (with <a href="/mbpmilano/">Mae Milano</a>, <a href="/alvinkcheung/">Alvin Cheung</a>, and <a href="/joe_hellerstein/">Joe Hellerstein</a>) will appear at POPL 2025! Check out the preprint at arxiv.org/abs/2411.08274, and read on for more!
Qian Li (@qianl_cs) 's Twitter Profile Photo

📣 Happy to share a recap of my SF Systems talk (Title: "Databases and Serverless are Made for Each Other")! I've put together a summary of the session along with some great Q&A moments. It was based on the CACM paper that Peter Kraft and I recently published. Huge thanks

📣 Happy to share a recap of my SF Systems talk (Title: "Databases and Serverless are Made for Each Other")! I've put together a summary of the session along with some great Q&amp;A moments. It was based on the CACM paper that <a href="/petereliaskraft/">Peter Kraft</a>  and I recently published. Huge thanks
Mel Conway (@conways_law) 's Twitter Profile Photo

The Connectivity-Inequity Effect Simple statement: Inequity is a natural consequence of high interconnectivity. More specific statement: 1/6