2003 Latency Systems 
Dynatrace
FEBRUARY 4, 2021
Site reliability engineering (SRE) is the practice of applying software engineering principles to operations and infrastructure processes to help organizations create highly reliable and scalable software systems. SRE applies DevOps principles to developing systems and software that help increase site reliability and performance.
Dynatrace
FEBRUARY 4, 2021
Site reliability engineering (SRE) is the practice of applying software engineering principles to operations and infrastructure processes to help organizations create highly reliable and scalable software systems. SRE applies DevOps principles to developing systems and software that help increase site reliability and performance.
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The Morning Paper
JUNE 23, 2019
Coupled with stateless application servers to execute business logic and a database-like system to provide persistent storage, they form a core component of popular data center service archictectures. Why are developers using RInK systems as part of their design? We’ve seen similar high marshalling overheads in big data systems too.)
Smashing Magazine
AUGUST 20, 2021
During the 90s, we saw two content management systems for static sites — Microsoft FrontPage in 1996 and Macromedia Dreamweaver in 1997. These desktop applications incremented the tooling an inch closer to the modern Jamstack content management systems of today. Maintaining layouts became a particular pain point for static sites.
Dotcom-Montior
OCTOBER 6, 2021
The term site reliability engineering first came into existence at Google in 2003 when a site reliability team was created. To think about it another way, site reliability engineering is where the traditional IT role, or system administration role, and DevOps meet. At that time, the team was made up of software engineers.
Adrian Cockcroft
JANUARY 20, 2023
on Myths and Legends of High Performance Computing — it’s a somewhat light-hearted look at some of the same issues by the leader of the team that built the Fugaku system I mention below. HPCG is led by Japan’s RIKEN Fugaku system at 16 petaflops, which is 3% of it’s peak capacity. Next generation architectures will use CXL3.0
HammerDB
MAY 5, 2019
However in the Skylake microarchitecture (you can see a list of CPUs here ) the PAUSE instruction changed and in the documentation it says “the latency of the PAUSE instruction in prior generation microarchitectures is about 10 cycles, whereas in Skylake microarchitecture it has been extended to as many as 140 cycles.”
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