Lightweight application adaptation method for edge computing heterogeneous environment

Abstract

The invention particularly relates to a lightweight application adaptation method oriented to an edge computing heterogeneous environment. According to the lightweight application adaptation method oriented to the edge computing heterogeneous environment, an integrated development environment driven by an automatic assembly line is constructed by combining a cross compiling technology and a virtualization technology, compilers of different hardware environments are packaged, and different steps and tasks in the compiling process are automatically connected in series by using a containerized cross compiling environment, a unified workflow framework is provided for heterogeneous environments, codes needing to be compiled and a compiling tool are combined together by using a container persistence means, and a container automatically runs a compiling assembly line to finally generate an executable program of each heterogeneous environment. According to the lightweight application adaptation method oriented to the edge computing heterogeneous environment, an edge computing application across the heterogeneous environment can be conveniently constructed, various edge computing operating system environments are adapted, and a heterogeneous CPU environment is supported. The problem that applications need to be repeatedly compiled in a heterogeneous environment is solved.

Description

technical field

[0001] The invention relates to the technical field of edge computing operating systems, in particular to a lightweight application adaptation method for edge computing heterogeneous environments. Background technique

[0002] With the large-scale application of edge computing, the edge operating system is facing more and more complex challenges in the edge environment, among which the adaptation of heterogeneous platforms is an important part. On the one hand, the edge computing operating system needs to be applicable to different architectures, and on the other hand, it must support lightweight virtual systems to adapt to heterogeneous platforms.

[0003] Edge computing involves a large number of terminal devices and edge nodes, and is the front end of data collection, data aggregation, data integration, and data processing, and these devices are often heterogeneous, coming from different manufacturers, different data interfaces, different Data structures,...

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