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2021•2021 IEEE International Conference on Power Electronics, Computer Applications (ICPECA)Requires access

Methods of Trim and Transplantation of Embedded Linux Kernel

Jun Ma, Zhaohua Long

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Abstract

Linux operating system as an embedded system is widely applied in recent years, there is a big advantage for Linux system to apply in embedded products, it is plentiful in resources development and lower cost. Load the root file system is important to the operation of the kernel during startup, and it also an important part of the embedded system. In this paper we explore ways to systematically analyzes the embedded system type, kernel compilation, and the transplant of the embedded Linux kernel.

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What this paper is about

Linux operating system as an embedded system is widely applied in recent years, there is a big advantage for Linux system to apply in embedded products, it is plentiful in resources development and lower cost. Load the root file system is important to the operation of the kernel during startup, and it also an important part of the embedded system. In this paper we explore ways to systematically analyzes the embedded system type, kernel compilation, and the transplant of the embedded Linux kernel.

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Available abstract

Linux operating system as an embedded system is widely applied in recent years, there is a big advantage for Linux system to apply in embedded products, it is plentiful in resources development and lower cost. Load the root file system is important to the operation of the kernel during startup, and it also an important part of the embedded system. In this paper we explore ways to systematically analyzes the embedded system type, kernel compilation, and the transplant of the embedded Linux kernel.

Key concepts: Configfs, Operating system, Linux kernel, Kernel (algebra), Computer science, Trim, Embedded system, sysfs

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