Top Books for Distributed System
Last Updated :
23 May, 2024
The principles of distributed systems become more important to understand for engineers, developers, and architects. Fortunately, literature is just one of the places where this topic has been adequately covered. That is the reason why we have compiled a checklist of the top 10 books on distributed systems for you to use on this journey, which are full of interesting things to learn.
Top Books for Distributed System
1. Designing Data-Intensive Applications
The main idea of this book is to describe all attributes and operations that are somewhat used in the construction of distributed and big data systems. Kleppmann goes into deep data models, the storage system paradigm, and the technology behind distributed data set usage, so the book should be a must-read for those of us in that field.
Author: Martin Kleppmann
2. Distributed Systems: Principles and Paradigms
Tanenbaum and Van Steen present a comprehensive distribution system as they explain communication, synchronization, and consistency, as well as fault tolerance. This good book gives us clear ideas, examples, and relationships with our real world, so it is great for us to get started on the distributed computing subject.
Author: Andrew S. Tanenbaum and Maarten Van Steen
3. Distributed Algorithms
Distributed Algorithms and Networks by Lynch is one of the fundamentals of the advanced network field, and it is a detailed study of the necessary topics such as consensus theory, agreeable problems, and the SNAP algorithm. It is really a must read that you can absorb the relative theory of distributed systems.
Author: Nancy A. Lynch
4. Scalability Rules: 50 Principles for Scaling Web Sites
Abbott and Fisher condense accumulated years of experience in 50 readily reusable principles to deploy high-availability web applications and massive-scale distributed systems. Be it architectural design or achieving operational best practices, herein you find vital inputs that can help engineers meet the goals of scalability and reliability as they develop systems.
Author: Martin L. Abbott and Michael T. Fisher
5. Streaming Systems: The What, Where, When, and How of Large-Scale Data Processing
Stream processing of distributed systems information is becoming more widespread, and Akidau, Chernyak, and Lax impart to readers how to build and deploy them effectively. The central point of this book is its pragmatic aspects, like hands-on methods and a user story that show how effective it would be for streaming data masters.
Author: Tyler Akidau, Slava Chernyak, and Reuven Lax
6. Building Microservices
Newman's book contains various steps that are involved in implementing, installing, and maintaining microservices. It can be said that these types of architectures are the backbones of distributed systems. Addressing issues such as service decomposition, communication interfaces, or deployment strategies is the main purpose of this book, which covers teams involved in microservices.
Author: Sam Newman
7. Site Reliability Engineering: How Google Runs Production Systems
In this case, Google has the opportunity to share its extensive experience in building and operating distributed systems, wherein it presents valuable SRE (site reliability engineering) principles. Wrapping up this, it includes assessment and response to incidents, capacity management, and automation that give you guidelines on how to monitor and maintain the reliability and scalability of your distributed systems.
Author: Niall Richard Murphy, Betsy Beyer, Chris Jones, and Jennifer Petoff
8. Release It!: Design and Deploy Production-Ready Software
Nygard's book is precisely about introducing the readers to the difficulties of running franchises and distributed systems that make up a production environment. In authoring this guide, we’ve integrated two types of advice: ideal sequences of actions and their practical application in the real world, covering topics like stability patterns, capacity planning, and fault recovery strategies. Hence, this article is considered a must-read for those engineers in charge of production systems.
Author: Michael T. Nygard
9. Distributed Systems for Practitioners
While the book spans the distance between theory and practice, it does not only provide concrete tips on planning, deploying, and maintaining a distributed system. Ultimately, this book conforms to the practical approach it takes, making it a treasure of technological know-how necessary to build resilient and scalable distributed systems.
Author: C. Thomas Wu
Conclusion
Finally, the nine books here encompass a vast accumulation of essential information. Regardless of whether you have been involved in the field for a long time or just embarking on your journey, these resources will be a wonderful companion in helping you sail through the obstacles that can make you flounder as well as the paradise that distributed computing can be. Thank you for the enjoyment of reading and distributing it, too!
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