Description |
1 online resource (1 streaming video file (3 hr., 32 min., 12 sec.)) |
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video file |
Performer |
Presenters, Liz Fong-Jones, Debbie Wood, Randy Shoup, Eric Zielinski, Jason Patterson, Sam Newman. |
Note |
Title from resource description page (Safari, viewed September 28, 2020). |
Contents |
Refining systems data without losing fidelity / Liz Fong-Jones -- So you want to be an SRE? / Eric Zielinski and Jason Patterson -- How and why we lowered our SLO and other SRE life lessons / Debbie Wood -- Learning from learnings : anatomy of 3 incidents / Randy Shoup. |
Summary |
"This four-part series of half-day online events, hosted by chair Sam Newman, covers the most challenging and promising topics facing those working in infrastructure and operations today. Site reliability engineering (SRE) is the practice of ensuring a company's digital assets remain stable, performant, and resilient. Given that all companies rely on a digital presence these days, SRE is becoming increasingly vital to the engineering teams supporting the sites- and ultimately the business. In this edition of the O'Reilly Infrastructure & Ops Superstream Series, Liz Fong-Jones, Eric Zielinski, Jason Patterson, Debbie Wood and Randy Shoup introduce you to SRE concepts and best practices so that you can learn how to put them to work in your organization."--Resource description page |
Subject |
Computer networks -- Reliability.
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Computer network architectures.
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Information technology -- Management.
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Réseaux d'ordinateurs -- Fiabilité. |
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Réseaux d'ordinateurs -- Architectures. |
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Technologie de l'information -- Gestion. |
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Computer network architectures. |
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Computer networks -- Reliability. |
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Information technology -- Management. |
Genre |
Electronic videos. |
Added Author |
Zielinski, Eric, on-screen presenter.
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Patterson, Jason, on-screen presenter.
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Newman, Sam, on-screen presenter.
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Wood, Debbie, on-screen presenter.
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Shoup, Randy, on-screen presenter.
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Added Title |
Infrastructure and Operations superstream series |
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SRE edition |
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Site reliability engineering edition |
Standard No. |
0636920455622 |
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