Aerospike performance optimization: How to achieve efficient performance and architecture optimization in Aerospike?

Author: Zen and the Art of Computer Programming

1 Introduction

Aerospike is a distributed NoSQL database system that is fast, simple, and scalable. This article mainly introduces Aerospike's performance optimization method, and gives architectural optimization suggestions based on practical experience. I hope that through the detailed elaboration of the article, readers can benefit a lot.

2. Explanation of basic concepts and terms

Introduction to Aerospike

Aerospike is a distributed NoSQL database system provided by Intel and Google. Its main advantages are as follows:

  1. Strong scalability: The cluster scale can dynamically increase or decrease nodes without interrupting services.
  2. Data persistence and fast recovery capability: data is stored in memory and can be quickly restored through hot backup.
  3. Simple and easy to use: Provide consistent API interface and rich data type support, users can use it with simple configuration.
  4. Ultra-high-speed access speed: The underlying C/C++ development framework is adopted, with ultra-high throughput and low-latency access.
  5. Open source and free: The code is open source and free for use in commercial products, internal projects, research, and education.

Basic Concepts and Terminology of Aerospike

Namespace

Every Aerospike cluster has a default namespace. If you need to create multiple database instances, you should create a new namespace for each instance. A namespace is similar to a database in a relational database where different tables can be created.

Set (collection)

Sets are the most basic data structure in Aerospike. The concept of a collection is similar to relational data

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Origin blog.csdn.net/universsky2015/article/details/131875094