Chapter 6: Replication — DDIA References

Reference 1 in Chapter 6: Notes on Distributed Databases

B. G. Lindsay, P. G. Selinger, C. Galtieri and 6 others

1979

dominoweb.draco.res.ibm.com PDF gone archived copy

Reference 2 in Chapter 6: MySQL Terminology Updates

Kenny Gryp

2020

dev.mysql.com

Reference 3 in Chapter 6: Oracle (Active) Data Guard 19c: Real-Time Data Protection and Availability

Oracle Corporation

2019

oracle.com PDF

Reference 4 in Chapter 6: What Is an Always On Availability Group?

Microsoft

2024

learn.microsoft.com

Reference 5 in Chapter 6: Amazon DynamoDB: A Scalable, Predictably Performant, and Fully Managed NoSQL Database Service

Mostafa Elhemali, Niall Gallagher, Nicholas Gordon and 12 others

USENIX Annual Technical Conference 2022

usenix.org

Reference 6 in Chapter 6: CockroachDB: The Resilient Geo-Distributed SQL Database

Rebecca Taft, Irfan Sharif, Andrei Matei and 14 others

ACM SIGMOD International Conference on Management of Data 2020

dl.acm.org doi

Reference 7 in Chapter 6: TiDB: A Raft-Based HTAP Database

Dongxu Huang, Qi Liu, Qiu Cui and 19 others

Proceedings of the VLDB Endowment 2020

vldb.org PDF doi

Reference 8 in Chapter 6: Terminology, Power, and Inclusive Language in Internet-Drafts and RFCs

Mallory Knodel and Niels ten Oever

IETF Internet-Draft 2023

ietf.org

Reference 9 in Chapter 6: Postmortem: VSTS 4 September 2018

Buck Hodges

2018

devblogs.microsoft.com

Reference 10 in Chapter 6: Leader Election with S3 Conditional Writes

Gunnar Morling

2024

morling.dev

Reference 11 in Chapter 6: SlateDB Manifest Design

Vignesh Chandramohan, Rohan Desai and Chris Riccomini

2024

github.com

Reference 12 in Chapter 6: Why Does Neon Use Paxos Instead of Raft, and What’s the Difference?

Stas Kelvich

2022

neon.tech

Reference 13 in Chapter 6: An Introduction to the pg_auto_failover Project

Dimitri Fontaine

2021

tapoueh.org

Reference 14 in Chapter 6: GitHub Availability This Week

Jesse Newland

2012

github.blog

Reference 15 in Chapter 6: Downtime Last Saturday

Mark Imbriaco

2012

github.blog

Reference 16 in Chapter 6: All In’ with Determinism for Performance and Testing in Distributed Systems

John Hugg

Strange Loop 2015

youtube.com

Reference 17 in Chapter 6: The Internals of PostgreSQL

Hironobu Suzuki

2017

interdb.jp

Reference 18 in Chapter 6: WAL Internals of PostgreSQL

Amit Kapila

PostgreSQL Conference 2012

pgcon.org PDF

Reference 19 in Chapter 6: Evolution of Logical Replication

Amit Kapila

2023

amitkapila16.blogspot.com

Reference 20 in Chapter 6: Upgrade Your Amazon RDS for PostgreSQL or Amazon Aurora PostgreSQL Database, Part 2: Using the pglogical Extension

Aru Petchimuthu

2021

aws.amazon.com

Reference 21 in Chapter 6: Wormhole: Reliable Pub-Sub to Support Geo-Replicated Internet Services

Yogeshwer Sharma, Philippe Ajoux, Petchean Ang and 19 others

12th USENIX Symposium on Networked Systems Design and Implementation 2015

usenix.org PDF

Reference 22 in Chapter 6: Replicated Data Consistency Explained Through Baseball

Douglas B. Terry

2011

microsoft.com

Reference 23 in Chapter 6: Session Guarantees for Weakly Consistent Replicated Data

Douglas B. Terry, Alan J. Demers, Karin Petersen and 3 others

3rd International Conference on Parallel and Distributed Information Systems 1994

csis.pace.edu PDF gone doi

Reference 24 in Chapter 6: Eventually Consistent

Werner Vogels

ACM Queue 2008

queue.acm.org doi

Reference 25 in Chapter 6: Reply to: “My thoughts about Fly.io (so far) and other newish technology I’m getting into

Simon Willison

2022

news.ycombinator.com

Reference 26 in Chapter 6: Scaling Bitbucket’s Database

Nithin Tharakan

2020

atlassian.com

Reference 27 in Chapter 6: Reaper Man: A Discworld Novel

Terry Pratchett

1991

Reference 28 in Chapter 6: Coordination Avoidance in Database Systems

Peter Bailis, Alan Fekete, Michael J. Franklin and 3 others

Proceedings of the VLDB Endowment 2014

vldb.org PDF doi

Reference 29 in Chapter 6: PostgreSQL Bi-Directional Replication Using pglogical

Yaser Raja and Peter Celentano

2022

aws.amazon.com

Reference 30 in Chapter 6: If You Must Deploy Multi-Master Replication, Read This First

Robert Hodges

2012

scale-out-blog.blogspot.com

Reference 31 in Chapter 6: HBASE-7709: Infinite Loop Possible in Master/Master Replication

Lars Hofhansl

2013

issues.apache.org

Reference 32 in Chapter 6: What’s Different About the New Google Docs: Making Collaboration Fast

John Day-Richter

2010

drive.googleblog.com

Reference 33 in Chapter 6: How Figma’s Multiplayer Technology Works

Evan Wallace

2019

figma.com

Reference 34 in Chapter 6: Scaling the Linear Sync Engine

Tuomas Artman

2023

linear.app

Reference 35 in Chapter 6: Why Sync Engines Might Be the Future of Web Applications

Amr Saafan

2024

nilebits.com gone archived copy

Reference 36 in Chapter 6: Are Sync Engines the Future of Web Applications?

Isaac Hagoel

2024

dev.to

Reference 37 in Chapter 6: A Map of Sync

Sujay Jayakar

2024

stack.convex.dev

Reference 38 in Chapter 6: Designing Offline-First Web Apps

Alex Feyerke

2013

alistapart.com

Reference 39 in Chapter 6: Local-First Software: You Own Your Data, in Spite of the Cloud

Martin Kleppmann, Adam Wiggins, Peter van Hardenberg and Mark McGranaghan

ACM SIGPLAN International Symposium on New Ideas, New Paradigms, and Reflections on Programming and Software 2019

inkandswitch.com doi

Reference 40 in Chapter 6: The Past, Present, and Future of Local-First

Martin Kleppmann

Local-First Conference 2024

martin.kleppmann.com

Reference 41 in Chapter 6: API Calling Is to Sync Engines as jQuery Is to React

Conrad Hofmeyr

2024

powersync.com

Reference 42 in Chapter 6: PushPin: Towards Production-Quality Peer-to-Peer Collaboration

Peter van Hardenberg and Martin Kleppmann

7th Workshop on Principles and Practice of Consistency for Distributed Data 2020

martin.kleppmann.com PDF doi

Reference 43 in Chapter 6: Replicated Document Management in a Group Communication System

Leonard Kawell, Jr, Steven Beckhardt, Timothy Halvorsen and 2 others

ACM Conference on Computer-Supported Cooperative Work 1988

dl.acm.org doi

Reference 44 in Chapter 6: Explaining How Fighting Games Use Delay-Based and Rollback Netcode

Ricky Pusch

2019

words.infil.net

Reference 45 in Chapter 6: Dynamo: Amazon's Highly Available Key-Value Store

Giuseppe DeCandia, Deniz Hastorun, Madan Jampani and 6 others

21st ACM Symposium on Operating Systems Principles 2007

allthingsdistributed.com PDF doi

Reference 46 in Chapter 6: Conflict-Free Replicated Data Types

Marc Shapiro, Nuno Preguiça, Carlos Baquero and Marek Zawirski

13th International Symposium on Stabilization, Safety, and Security of Distributed Systems 2011

inria.hal.science PDF doi

Reference 47 in Chapter 6: Operational Transformation in Real-Time Group Editors: Issues, Algorithms, and Achievements

Chengzheng Sun and Clarence Ellis

ACM Conference on Computer Supported Cooperative Work 1998

citeseerx.ist.psu.edu gone doi

Reference 48 in Chapter 6: Collaborative Text Editing with Eg-walker: Better, Faster, Smaller

Joseph Gentle and Martin Kleppmann

20th European Conference on Computer Systems 2025

arxiv.org doi

Reference 49 in Chapter 6: Azure Cosmos DB: Pushing the Frontier of Globally Distributed Databases

Dharma Shukla

2018

azure.microsoft.com

Reference 50 in Chapter 6: Eventual // Consistency – Detecting Conflicts

Frazer Clement. //

2011

messagepassing.blogspot.com

Reference 51 in Chapter 6: Weighted Voting for Replicated Data

David K. Gifford

7th ACM Symposium on Operating Systems Principles 1979

cs.cmu.edu PDF doi

Reference 52 in Chapter 6: Dynamo, DynamoDB, and Aurora DSQL

Marc Brooker

2025

brooker.co.za

Reference 53 in Chapter 6: Flexible Paxos: Quorum Intersection Revisited

Heidi Howard, Dahlia Malkhi and Alexander Spiegelman

20th International Conference on Principles of Distributed Systems 2016

drops.dagstuhl.de doi

Reference 54 in Chapter 6: Bringing Consistency to Riak

Joseph Blomstedt

RICON West 2012

archive.org

Reference 55 in Chapter 6: Quantifying Eventual Consistency with PBS

Peter Bailis, Shivaram Venkataraman, Michael J. Franklin and 2 others

The VLDB Journal 2014

bailis.org PDF doi

Reference 56 in Chapter 6: Shared-Nothing Architectures for Server Replication and Synchronization

Colin Breck

2019

blog.colinbreck.com

Reference 57 in Chapter 6: The Tail at Scale

Jeffrey Dean and Luiz André Barroso

Communications of the ACM 2013

cacm.acm.org doi

Reference 58 in Chapter 6: Gray Failure: The Achilles' Heel of Cloud-Scale Systems

Peng Huang, Chuanxiong Guo, Lidong Zhou and 4 others

16th Workshop on Hot Topics in Operating Systems 2017

microsoft.com PDF doi

Reference 59 in Chapter 6: Time, Clocks, and the Ordering of Events in a Distributed System

Leslie Lamport

Communications of the ACM 1978

microsoft.com doi

Reference 60 in Chapter 6: Detection of Mutual Inconsistency in Distributed Systems

D. Stott Parker Jr, Gerald J. Popek, Gerard Rudisin and 7 others

IEEE Transactions on Software Engineering 1983

pages.cs.wisc.edu PDF doi

Reference 61 in Chapter 6: Dotted Version Vectors: Logical Clocks for Optimistic Replication

Nuno Preguiça, Carlos Baquero, Paulo Sérgio Almeida and 2 others

arXiv 2010

arxiv.org

Reference 62 in Chapter 6: Clocks and Causality—Ordering Events in Distributed Systems

Giridhar Manepalli

2022

exhypothesi.com

Reference 63 in Chapter 6: A Brief History of Time in Riak

Sean Cribbs

RICON 2014

speakerdeck.com

Reference 64 in Chapter 6: Vector Clocks Revisited Part 2: Dotted Version Vectors

Russell Brown

2015

riak.com

Reference 65 in Chapter 6: Version Vectors Are Not Vector Clocks

Carlos Baquero

2011

haslab.wordpress.com

Reference 66 in Chapter 6: Detecting Causal Relationships in Distributed Computations: In Search of the Holy Grail

Reinhard Schwarz and Friedemann Mattern

Distributed Computing 1994

disco.ethz.ch PDF doi