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Distributed Computing

The Value of MaxCompute: SaaS Cloud-based Data Warehouse

This post describes the core capabilities of MaxCompute and discusses its advantages through several use cases.

What is Edge Computing

Edge computing is a distributed computing concept that integrates intelligence to edge devices, also called edge nodes, allowing data to be processed .

How to Analyze CDC Data in Iceberg Data Lake Using Flink

This article discusses the challenges and limitations of various solutions in CDC data analysis and describes how to use Flink and Iceberg to overcome them.

Flink + Iceberg: How to Construct a Whole-scenario Real-time Data Warehouse

In this article, the author explains building a real-time data warehouse using Apache Flink and Apache Iceberg.

Apache Iceberg 0.11.0: Features and Deep Integration with Flink

In this article, the author discusses how Apache Flink and Apache Iceberg have opened a new chapter in building a data lake architecture featuring stream-batch unification.

How to Access Hologres Using MaxCompute for Development and Data Processing Requirements

In this article, the author explains how to access Hologres from Maxcompute for various development and data processing needs.

How to Use JindoDistCp for Offline Data Migration to a Data Lake

This article discusses the data lake offline data migration process using JindoDistCp and explains how it improves the migration performance in different scenarios.

JindoTable for Data Optimization and Query Acceleration in a Data Lake

The article briefly discusses Alibaba Cloud's JindoTable and explains how it solves the data management problems in a data lake.

Raft Engineering Practices and the Cluster Membership Change

This article discusses some issues during the implementation of the joint consensus and some of the problems of Raft's one-step cluster membership changes.

Data Lake: How to Explore the Value of Data Using Multi-engine Integration

This article briefly discusses the metadata service and multi-engine support capabilities of the Alibaba Cloud Data Lake Formation (DLF) service.

Efficient Data Lake Formation Based on JindoFS and OSS

This article explains the process of data lake formation based on Alibaba Cloud OSS and JindoFS big data cache acceleration service.

JindoFS: Computing and Storage Separation for Cloud-native Big Data

In this blog, we'll introduce the origins of JindoFS and discuss the problems its

Integrating BI with SaaS-based Cloud Data Warehouses

This article, written by Haiqing, an Alibaba Cloud technical expert, introduces SaaS-based Cloud Data Warehouses integrated with business intelligence (BI).

Integrating Real-time Search with SaaS-based Cloud Data Warehouses

This article discusses the integration of Saas Cloud-based Data Warehouses and Real-time Search, as shared by Meng Shuo, product manager of MaxCompute.

Integrating AI with SaaS-based Cloud Data Warehouses

This article discusses SaaS-based cloud data warehouse, such as MaxCompute, and its integration with AI, by Meng Shuo, MaxCompute product manager.

Building a New Retail Data Mid-End Based on DataWorks

This article talks about how new retail enterprises can build a data mid-end based on DataWorks, from business model selection to architecture design.

Storage Policies and Read/Write Optimization in JindoFS

This article describes common problems and optimization methods of data read/write in computing-storage separation scenarios, and introduces data cache acceleration with JindoFS.

Wanwudezhi Gives Top Priority to Efficiency and Builds a Big Data Platform Based on DataWorks + MaxCompute + Hologres

Two top-level employees from Wanwudezhi give insight on business development and efficiency using several Alibaba Cloud products.

The Latest Features of DataWorks: How to Choose the Right Edition of DataWorks

In this blog post, we'll be sharing the latest features of DataWorks to help you select the most suitable DataWorks edition through various sample scenarios.

Basic Concepts and Intuitive Understanding of EPaxos

This article introduces the EPaxos algorithm in a simple and easy-to-understand way, suitable even for those with basic knowledge of Paxos or Raft algorithms.