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 muratbuffalo.blogspot.com
Use of Time in Distributed Databases (part 4): Synchronized clocks in production databases
| | hashingit.com
Research resources - Dave Hudson
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| | Throughout my career Ive been reading and collecting papers/articles that I find interesting. Here are some of them: DatePublished Author(s) Title 2020-01 Ze Li, Qian Cheng, Ken Hsieh, Yingnong Dang, Peng Huang, Pankaj Singh, Xinsheng Yang, Qingwei Lin, Youjiang Wu, Sebastien Levy, Murali Chintalapati Gandalf: An Intelligent, End-To-End Analytics Service for Safe Deployment in Cloud-Scale Infrastructure 2019-11 Martin Kleppmann, Adam Wiggins, Peter van Hardenberg, Mark McGranaghan Local-First Software: Y...
| | sookocheff.com
Concurrency: A Primer | Kevin Sookocheff
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| | Writing correct programs is hard; writing correct concurrent programs is harder. Java Concurrency in Practice. So, why bother with concurrency? A number of reasons: Concurrency provides a natural method for composing asynchronous code. Concurrency allows your program to avoid blocking user operations. Concurrency provides one of the easiest ways take advantage of multi core systems. As processor counts increase, exploiting concurrency will be an even more important facet of high performance systems.
| | jepsen.io
Jepsen: CockroachDB beta-20160829
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| | aymannadeem.github.io
The Organized Chaos of Programming Language Design | Ayman Nadeem
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| Like human languages, programming languages evolve over time. However, this process is unstructured, inconsistent, and influenced by a variety of forces. While new language features and versions trigger fiery debates across the industry, the underlying forces that shape programming languages, and ultimately their footprint on technology, are discussed less frequently.