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オブザーバビリティ（可観測性）とは何か？を学べる「Distributed Systems Observability」を読んだ - kakakakakku blog
2019年頃から「オブザーバビリティ (Observability)」もしくは「可観測性」という言葉をよく聞くようになった（本記事では「オブザーバビリティ」という表記に統一する）．「マイクロサービス」と同じように「バズワード」の側面があり「オブザーバビリティとは何か？」という質問に対して様々な回答が考えられると思う． 今回は「オブザーバビリティ」の理解を深めるために「Distributed Systems Observability」を読んだ．本書は O'Reilly Media で読むこともできるけど，Humio のサイトから無料でダウンロードすることもできる（メールアドレス登録は必要）．著者は Cindy Sridharan となり，肩書は「Distributed Systems Engineer」と書いてあった． www.humio.com 目次 本書には「オブザーバビリティ」をテー
This is an introductory course in Distributed Systems. Distributed systems is the study of how to build a computer system where the state of the program is divided over more than one machine (or "node"). This course is in active development. At the moment, it consists of a series of short videos. The intention is to create a complete set of video lectures and then add additional content (such as m
Distributed systems provide a particular challenge to program. They often require us to have multiple copies of data, which need to keep synchronized. Yet we cannot rely on processing nodes working reliably, and network delays can easily lead to inconsistencies. Despite this, many organizations rely on a range of core distributed software handling data storage, messaging, system management, and co
Debugging Incidents in Google’s Distributed Systems - ACM Queue
June 6, 2020 Volume 18, issue 2 PDF Debugging Incidents in Google's Distributed Systems How experts debug production issues in complex distributed systems Charisma Chan and Beth Cooper Google has published two books about SRE (Site Reliability Engineering) principles, best practices, and practical applications.1,2 In the heat of the moment when handling a production incident, however, a team's act
Building Enterprise-Ready Backend Services Distributed Systems with Node.js, a book I wrote through O'Reilly, has been published! Distributed Systems with Node.js hard copies In this hands-on guide I prove that Node.js is just as capable as traditional enterprise platforms for building services that are observable, scalable, and resilient. Intermediate to advanced Node.js developers find themselve
GitHub - pingcap/talent-plan: open source training courses about distributed database and distributed systems
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Read it now on the O’Reilly learning platform with a 10-day free trial. O’Reilly members get unlimited access to books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers. Many companies, from startups to Fortune 500 companies alike, use Node.js to build performant backend services. And engineers love Node.js for its approachable API and familiar syntax.
Distributed Systems 3rd edition (2017) - DISTRIBUTED-SYSTEMS.NET
You can get a digital (personalized) copy of this book for free. PPT slides now available This page refers to the 3rd edition of Distributed Systems For this third edition of “Distributed Systems,” the material has been thoroughly revised and extended, integrating principles and paradigms into nine chapters: Introduction Architectures Processes Communication Naming Coordination Replication Fault t
Reliable by Design: Applying Formal Methods to Distributed Systems
Maximize value and optimize your experienceDeploy everything Elastic has to offer across any cloud, in minutes. Learn more
At the QCon in March, I gave a talk on the evolution of distributed systems with Kubernetes. First, I want to start with a question, what comes after microservices? I'm sure you all have an answer to that, and I have mine too. You'll find out at the end what I think that will be. To get there, I suggest we look at what are the needs of the distributed systems. And how those needs have been evolvin
Shibboleths are historically a word or phrasing that indicate membership in a particular group or culture. I was introduced to the term in the West Wing where the President needed to verify the veracity of a person’s claims of religious persecution. I am still a relatively new engineer in the field of distributed systems, having only studied and worked in the field for around a decade, but in that
MITの分散システムの講義 6.824: Distributed Systems が面白かった件 - Qiita
これは何？ 分散システム初学者が、MITの院生向け講義 6.824: Distributed Systems を一通りやってみたので、その内容をまとめる。 分散システムなる分野に入門したいと思った際の一つの選択肢として個人的にオススメできるコンテンツだったので、この場で広く推すために書いている。 Lab3で扱うRaftのアーキテクチャ図より引用1 きっかけ 元々のモチベーションとしては、お仕事周りでAurora2やDynamo3、EBS4といった文献に目を通す中で、そもそも根底にある分散システムという分野を全然知らない。俺たちは雰囲気でクラウドをやっている(画像略)5…という気分になったのがきっかけだった。 ちょうど年末の空き時間に分散システムのオススメコンテンツを探している中で、推されていたこのコンテンツに出会ったのが12月末。その後は仕事の後など空き時間にちまちまやって、結局Lab3ま
On distributed systems broadly defined and other curiosities. The opinions on this site are my own. I talked about the importance of reading foundational papers last week. To followup, here is my compilation of foundational papers in the distributed systems area. (I focused on the core distributed systems area, and did not cover networking, security, distributed ledgers, verification work etc. I e
CSE 138: Distributed Systems
From the beginning of this year, I started to take lecture courses of undergrad distributed systems course at UC Santa Cruz (CSE 138) by Lindsey Kuper. It consists of 23 lectures (you can see the schedule of topics from here) and recently I’ve finished all of them. I’m not a student at UCSC but due to the COVID-19 situation, all these lectures were delivered online and are available on YouTube. So
2024/02/07A Distributed Systems Reading ListThis document contains various resources and quick definition of a lot of background information behind distributed systems. It is not complete, even though it is kinda sorta detailed. I had written it some time in 2019 when coworkers at the time had asked for a list of references, and I put together what I thought was a decent overview of the basics of
Read it now on the O’Reilly learning platform with a 10-day free trial. O’Reilly members get unlimited access to books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers. Many companies, from startups to Fortune 500 companies alike, use Node.js to build performant backend services. And engineers love Node.js for its approachable API and familiar syntax.
This post introduces the concept of durable execution, which is used by Stripe, Netflix, Coinbase, HashiCorp, and many others to solve a wide range of problems in distributed systems. Then it shows how simple it is to write durable code using Temporal’s TypeScript/JavaScript SDK. For an updated version of this post, see durable-execution.pdf Distributed systems When building a request-response mon
By Charisma Chan, Beth Cooper Communications of the ACM, October 2020, Vol. 63 No. 10, Pages 40-46 10.1145/3397880 Comments Google has published two books about Site Reliability Engineering (SRE) principles, best practices, and practical applications.1,2 In the heat of the moment when handling a production incident, however, a team's actual response and debugging approaches often differ from ideal
C++ Creator Bjarne Stroustrup Weighs in on Distributed Systems, Type Safety and Rust
May 26th 2023 7:59am, by Guilherme (Gui) Alvarenga
We are taught to avoid coupling like a plague. Over the years we’ve introduces numerous design and architectural patterns that decouple systems. But what exactly is coupling? What types of coupling are out there? Are all of them equally bad? Or maybe there is a “good” coupling? In this talk, I’ll share my thoughts on the subject of coupling in distributed systems, and will answer all of the above
The moment we added our second server, distributed systems became the way of life at Amazon. When I started at Amazon in 1999, we had so few servers that we could give some of them recognizable names like “fishy” or “online-01”. However, even in 1999, distributed computing was not easy. Then as now, challenges with distributed systems involved latency, scaling, understanding networking APIs, marsh
This is an introductory course in Distributed Systems. Distributed systems is the study of how to build a computer system where the state of the program is divided over more than one machine (or "node"). This course is in active development. At the moment, it consists of a series of short videos. The intention is to create a complete set of video lectures and then add additional content (such as m
By Charisma Chan, Beth Cooper Communications of the ACM, October 2020, Vol. 63 No. 10, Pages 40-46 10.1145/3397880 Comments Google has published two books about Site Reliability Engineering (SRE) principles, best practices, and practical applications.1,2 In the heat of the moment when handling a production incident, however, a team's actual response and debugging approaches often differ from ideal
Retries in distributed systems: good and bad parts :: ✨Shubheksha Jalan✨
Retries are a way to provide resiliency in a distributed system When working with a distributed system, the only guarantee we have is that things will fail sooner or later. In these circumstances, we want to “design for failure”. Retries are a technique that helps us deal with transient errors, i.e., errors that are temporary and are likely to disappear soon. Retries help us achieve resiliency by
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Distributed Systems Course
Catalog of Patterns of Distributed Systems
Distributed Systems with Node.js
Distributed Systems with Node.js
The Evolution of Distributed Systems on Kubernetes
Distributed Systems Shibboleths | Joey Lynch's Site
Foundational distributed systems papers
A Distributed Systems Reading List
Distributed Systems with Node.js
Building Reliable Distributed Systems in Node.js
Debugging Incidents in Google's Distributed Systems
Balancing Coupling in Distributed Systems
Challenges with distributed systems
Distributed Systems Course
Debugging Incidents in Google's Distributed Systems
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