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+#### **Heterogeneous-Accelerator Migration Sub-group**
+
+* **Project Facts**
+**Project Creation Date:** 2023/08/08
+**Primary Contact:** Lei Huang & huangleiyjy@chinamobile.com
+**Project Lead:** Lei Huang & huangleiyjy@chinamobile.com
+**Committers:**? Lei Huang & huangleiyjy@chinamobile.com
+**Mailing List:**[https://computing-force-network@lists.opendev.org](%3Cspan%3E%3Cdiv%3Ehttps://computing-force-network@lists.opendev.org%3C/div%3E%3C/span%3E)
+**Meetings:** Same as CFN bi-weekly meeting
+**Repository:** [https://opendev.org/cfn/computing-native](%3Cspan%3E%3Cdiv%3Ehttps://opendev.org/cfn/computing-native%3C/div%3E%3C/span%3E)
+**StoryBoard:** [https://storyboard.openstack.org/#!/project_group/computing-force-network](%3Cspan%3E%3Cdiv%3Ehttps://storyboard.openstack.org/#!/project_group/computing-force-network%3C/div%3E%3C/span%3E)
+
+* **Introduction**
+
+    The intelligent computing ecology is mainly composed of 
+    middleware/framework + tool chain + hardware. Each vendors build 
+    corresponding tool chain around its own hardware, and generates branch 
+    version matching different AI framework.
+
+    The ecosystem is becoming diverse, cross-architecture and cross-stack 
+    migration of upper-layer applications is extremely complex, which brings 
+    development challenges to application developers, computing force 
+    service providers and chip vendors.
+
+    In order to facing ecological challenges, we proposed a technology named 
+    Heterogeneous-Accelerator Migration Technology , the goal of which is to 
+    break the existing compile-link-execute tightly coupled tool chain 
+    ecology, establish a new collaboration mechanism.Shield the underlying 
+    hardware differences, and realize cross-architecture non-sensing 
+    migration and execution of applications. Build traction model of the 
+    intelligent computing industry chain with software as the core, and 
+    prosper the ecology of intelligent computing industry.
+
+    The Heterogeneous-Accelerator Migration Technology architecture mainly 
+    consists of two layers: the heterogeneous-accelerator migration 
+    abstraction layer and the computing force pooling layer. Among them, the 
+    heterogeneous-accelerator migration abstraction layer mainly includes 
+    native interfaces based on a unified programming model and converters, 
+    as well as a hardware-native stack formed by a cross-architecture 
+    comprehensive compiler and runtime, generating a unified executable 
+    program format. The computing force pooling layer mainly consists of 
+    components for heterogeneous computing power registration management, 
+    scheduling, and pooling, achieving unified management and pooled 
+    execution of heterogeneous computing power resources.
+
+![1b84f41a8453933ca5fdc0e00a4fc660.png](en-resource://database/544:0)
+        Fig. Initial Architecture of Heterogeneous-Accelerator Migration Technology
+
+* **Release Planning & Release Notes**
+**1. Heterogeneous-Accelerator Migration Technology Solution**
+Introduction of Heterogeneous-Accelerator Migration Technology solution, including user guide, architecture description, etc.
+**2.Key component image of Heterogeneous-Accelerator Migration Platform**
+The model calculation graph and program code for user input will be compiled and run across architectures, and key tool components will be provided.