Abstract
With the progress of the intelligent handheld devices, file storage, file sharing and file application are getting more popular. Thus, file system becomes an essential component in modern embedded devices. File Allocation Table (FAT) file system, which is simple, easy to implement, and widely supported, is currently used in most of the consumer electronics devices. As a result, FAT file system has become the industry standard as the embedded file system. MicroC/OS-II is a simple, highly efficient embedded real-time operating system. It is widely used in a broad range of applications in the world, including mobile phones, routers, hubs, UPS systems and industrial control. Each of its features, functions and security support is competitive with other business ones. Furthermore, its stability and practicality is well-tested and verified. However, MicroC/OS-II does not support the file system. Therefore, in this thesis, we integrate FatFs Module with MicroC/OS-II on 32-Bit ARM architectures to build a practical and file system-enabled embedded systems.
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