GE Documentation Overview

Documentation

• Graph Development Guide

  Designed for single-card graph compilation and execution, providing GE basic concepts, principles, and how to use GE graph engine interfaces for graph construction, compilation and execution.

• DataFlow Development Guide

  Designed for heterogeneous and cluster graph compilation and execution, introducing how to build, modify, compile and execute computation graphs through DataFlow interfaces.

• LLM DataDist Development Guide

  Designed for large models, introducing how to use LLM-DataDist interfaces to implement data transmission between clusters and build large model inference disaggregated frameworks.

Technical Articles

• Computation Graph Optimization

  Introduces how GE improves algorithm computation efficiency through general graph optimization techniques (such as constant folding) and unique enhanced graph optimization techniques (such as Shape optimization).

• Multi-Stream Parallelism

  Introduces the implementation principles and enabling methods of multi-stream parallelism technology, and how to improve hardware resource utilization through this technology.

• Memory Reuse

  Introduces how GE combines industry-standard memory optimization methods, utilizes full-graph perspective to finely tune memory reuse algorithms and topological sorting, further compressing network memory occupation.

• Model Sinking

  Introduces how GE improves model scheduling performance and shortens model E2E execution time through graph mode Host scheduling and model sinking scheduling methods.

• Dynamic Shape Graph Scheduling Acceleration

  Introduces key technologies for Host scheduling optimization and how to improve heterogeneous system resource utilization through these technologies.

• Automatic Fusion

  Introduces the implementation principles and enabling methods of automatic fusion, and how to shorten model E2E time through this technology.

API

• GraphEngine API
• DataFlow API
  • C++ Interface
  • Python Interface
• LLM DataDist API
  • C++ Interface
  • Python Interface

Architecture and Development Guide

• Architecture Documentation

  Introduces GE architecture design from different dimensions, including module architecture, feature design documents and constraint & specification documents, helping developers quickly understand the overall project structure and core design decisions.

• Development Guide

  Records key design principles, constraint summary and coding red lines during the development process, guiding code writing and review.