第二个版本，JFFS2，作为用于微型嵌入式设备的原始闪存芯片的实际文件系统而出现。
The second version, JFFS2, is emerging as the de facto filesystem for raw flash chips for tiny embedded devices.
initrd对于在嵌入式系统中加载到RAM磁盘里的非持久性根文件系统来说也非常有用。
The initrd is also useful as a non-persistent root file system mounted in a RAM disk for embedded Linux systems.
在没有存储设备的嵌入式系统中，initrd是永久的根文件系统。
In embedded systems with no mutable storage, the initrd is the permanent root file system.
在某些嵌入式系统中，没有必要提供可更改的文件系统：一个不可更改(immutable)的文件系统已经足够。
In some embedded systems, there's no need to provide a mutable file system: An immutable one will suffice.
由于在很多基于Linux的嵌入式系统上没有硬盘，因此initrd也会作为这种系统上的永久根文件系统使用。
Because there is no hard drive in many embedded systems based on Linux, the initrd also serves as the permanent root file system.
与嵌入式引导的情况类似，本地磁盘（软盘或CD-ROM）对于引导内核和ramdisk根文件系统来说都不是必需的。
Much like embedded booting scenarios, a local disk (floppy or CD-ROM) isn't necessary to boot a kernel and ramdisk root filesystem.
在一个没有硬盘的嵌入式环境中，initrd可以是最终的根文件系统，或者也可以通过网络文件系统(NFS)来挂载最终的根文件系统。
In an embedded target without a hard disk, the initrd can be the final root file system, or the final root file system can be mounted via the Network file system (NFS).
通过使用Ramdisk的概念，可以在嵌入式设备中创建并挂装Ext2文件系统(以及用于这一目的的任何文件系统)。
The Ext2 filesystem (and for that matter, any filesystem) can be created and mounted onto an embedded device using the concept of Ramdisk.
嵌入式设备的文件系统。
本文介绍了一种用于嵌入式usb主机的文件系统设计方法。
This paper, presents the of design of the file system used in the Embedded USB host is introduced.
介绍了存储设备的分区以及FAT文件结构，并给出了在嵌入式系统中，实现FAT文件系统的方法。
This paper presents the storage device sector location and FAT document structure. Then it introduces how to design the FAT file management system in embedded system.
JFFS2文件系统保存数据简单快捷，占用空间少，跟传统的数据库相比更适应于嵌入式环境。
Saving data in JFFS2 file system runs simply, which is more suitable to embedded environment compared with traditional data-base.
本论文以EBD9200开发板为平台，实践多种嵌入式文件系统在ARM构架上的移植与实现。
This thesis USES the EBD9200 development board to port and realize various embedded filesystem based on ARM architecture.
此外，为了解决文件系统的一致性问题，在比较了同步写和原子更新等恢复技术的基础上，结合嵌入式存储的自身特点，提出了日志记录的恢复机制。
In addition, in comparison with synchronous writes and atomic updates, considering embedded storage characteristics, it presents log record recovery mechanism for consistency of the file system.
再次，文件系统是嵌入式系统的一个组成模块，作为系统的一个可加载选项提供给用户，由用户决定是否需要加载。
Thirdly, file system is a component of embeded system, which is offered to users as a selection and decided by users whether to load or not.
嵌入式设备资源有限，存在对资源的约束问题，所以需要对其进行裁减，建立适合嵌入式应用的文件系统。
While the resource of embedded system is limited, we have to reduce the file system so that it 's suitable to embedded system application.
文章最后对课题的成果和不足做出了总结，并对嵌入式文件系统的发展趋势进行了展望。
At last, this paper makes some conclusions about achievements and shortages of this project, and gives a preview of the development trend of embeded file system.
文件系统的类型，格式，载体等特性决定了嵌入式产品的性能和特征。
The type, format and carrier of the filesystem decide the capability and characteristic of the embedded product.
针对数控系统对零件加工程序进行管理的需求，提出了适于嵌入式系统应用的文件系统。
To meet managing requirement of machining workpiece program in numerically controlled system, a new file system adapt to embedded system is put forward in this paper.
嵌入式文件系统不仅要具有一般文件系统的功能，还要满足嵌入式系统的特殊要求。
The embedded file system shall not only support the functions of a normal file system, but also satisfy the special requirements of the embedded systems.
系统软件部分研究的是嵌入式系统的移植，重点研究了基于QT/E的根文件系统的制作和移植。
The system software part explore the embedded system's transplant and focuses on the root filesystem's making and transplanting based on QT/E.
系统软件部分研究的是嵌入式系统的移植，重点研究了基于QT/E的根文件系统的制作和移植。
The system software part explore the embedded system's transplant and focuses on the root filesystem's making and transplanting based on QT/E.
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