usb mass storage
- 网络usb大容量存储;大容量存储设备;海量存储;模式;海量存储设备
![usb mass storage](../cache/237731.jpg)
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The USB Mass Storage Class Bulk-Only Transport Specification and FAT file system is analysised particularly .
重点分析了闪存盘使用的USB海量存储类单批量传输协议和FAT文件系统。
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This article introduces the design method of firmware in USB Mass Storage Device .
本文主要介绍大容量存储设备(USBMassStorageDevice)的固件设计方法?
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Research and Realization of USB Mass Storage Class Device
USBMassStorage类设备的设计与实现
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The design and debugging of USB Mass Storage device are done .
完成了USBMassStorage设备驱动程序的设计和调试,实现了汽车黑匣子中记录的数据通过USB接口与PC或者PDA之间的通信;
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An Access Control Scheme for USB Mass Storage Device Based on ECDSA
一种基于ECDSA的USB存储设备访问控制方案
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The protocol of USB Mass Storage Class is researched .
研究分析了MassStorage类协议。
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Design and Realization of USB Mass Storage Class Host in Digital Set-top-box
数字机顶盒中USB大容量存储类主机的设计实现
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Device firmware development of USB Mass Storage Class
USBMassStorage类的设备端固件开发
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Implementation of SFF - 8070i in USB mass storage communication
SFF-8070i在USB块存储通讯中的实现
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After that , the tranfer protocols and command block sets are discussed in detail according to USB Mass Storage class .
然后针对USB所支持的大容量存储器类别,介绍了其使用的传输协议和命令块集。
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Based on the above theoretical basises , we design the USB mass storage and smart card reader composite device . 3 .
基于以上理论基础,我们设计了USB大容量存储及智能卡读卡器设备的复合设备。
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It should be concerned that control codes used in MO and the management of the FAT file system besides obeying data transfer protocol defined in USB mass storage class specification .
待管理的数码相机和MO一般属于海量存储类设备,除了USB海量存储类本身规定了数据传输方式外,还要考虑存储设备使用的透明控制命令集以及FAT文件系统管理等问题。
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The project makes the USB mass storage class host and network terminal compatible in the digital STB , so the system integrates television , network and USB host as a whole .
该数字机顶盒方案成功的将USB大容量存储主机和网络终端和谐融合,使系统集电视、网络、USB主机功能于一体。
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The main contents of this paper are list as below : 1 . The present situation of USB mass storage and smart card reader composite device , and influence and meaning of this composite device if we realized successfully . 2 .
以下是本论文的主要内容:1.USB大容量存储和智能卡读卡器复合设备的发展现状,及实现复合设备的意义。
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Secondly , the logical communication model between host and device is established on the basis of analyzing the USB device Mass Storage Class specification .
其次,在分析USB大容量存储设备(MassStorage)类规范的基础上,建立了USB主机与MassStorage类设备之间的逻辑通信模型;
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File transmission adopts USB interface by Mass Storage Transport .
文件传输采用USB接口,把CF卡映射到电脑里一个磁盘,以MassStorageTransport的形式与计算机高速传输文件;
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High-speed USB MCU for Mass Storage Applications
适宜海量存储应用的高速USB单片机
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Basing on the basic principles of Embedded System design , this thesis describes the design and development of Portable Digital Assistant , which mainly involves four aspects : ARM processor , USB communication , Mass Storage Device and Power Management .
本文基于嵌入式系统设计的基本原理,介绍了便携式数码助理的设计与开发,主要包括ARM处理器、USB通讯、大容量存储设备及电源管理四个方面的内容。
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Design of USB Interface Based on Mass Storage Protocol
基于MassStorage协议的USB接口设计
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So research on USB 2.0 protocol and Mass Storage device is practical .
所以对USB2.0协议和MassStorage类设备进行研究,具有较为实用的现实意义。
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Introduce the USB device genus ( Mass Storage ) and how to realize the USB interface in the embedded system .
介绍USB设备类(以海量存储类协议为主)以及如何在嵌入式系统中实现USB接口。
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And the keys of the software are realizations of USB Specification 1.1 , Mass Storage Class Specification and FAT File System . These three parts , adding the data acquisition program and client application program , form entire software system .
软件部分的关键是要实现USB1.1协议MassStorage类协议和FAT文件系统三部分,再加上单片机的数据采集程序和PC上数据分析处理的客户应用程序就构成了整个软件系统。
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The first part of the thesis describes the correlation technique of USB mainly including the USB host computer protocols and USB Mass Storage class protocols .
论文的第一部分介绍了USB的相关技术,包括USB主机协议、USBMassStorage类协议等。
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It focuses on the implement of USB bus enumeration protocol that is necessary for all USB devices and the implement of USB Mass Storage Bulk-Only transport and ATA / ATAPI protocols those are necessary for all USB Mass Storage devices .
重点阐述了所有USB设备所必需的USB总线列举协议的固件实现,以及MassStorage设备所必需的USBMassStorageBulk-Only传输和ATA/ATAPI协议的固件实现。
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This paper describes the basic technology behind USB , with emphasis on which of the many implementation details you need to know tc apply USB Mass Storage Device to an embedded system .
本文详细介绍了在嵌入式场合需要考虑的USB的一些基本特性,重点介绍了怎样在嵌入式场合应用USB大容量存储类设备,并且给出了相应的开发方案。
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It introduces the architecture , USB data flow model and USB device framework . And it also gives a specific description for USB Mass Storage class specification and USB Mass Storage Bulk-Only transport specification used by the project .
介绍了USB的体系结构,数据流模型以及设备框架,并对实际应用中所遵从的USBMassStorage类规范和USBMassStorageBulk-Only传输规范做了专门的阐述。
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A virtual USB CD-ROM device with Compact Disc File System ( CDFS ) is studied . Detailed implementation of USB enumeration , Mass Storage Bulk-Only transmission and virtual Compact Disc File System ( CDFS ) are presented , which has a good practical value .
研究了具有光盘文件系统(CDFS)的虚拟USB只读光盘设备,给出了USB设备枚举过程、USBMassStorageBulk-Only传输过程以及虚拟光盘文件系统的具体实现,具有较好的实用价值。
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Based on comprehending the USB 1.1 protocol , USB host system has been realized successfully , including the design of USB host controller driver , USB driver and USB mass storage class driver .
在详细地分析了USB1.1协议的基础上,成功实现了USB主机系统,其中包括USB主控制器驱动程序的设计、USB主机驱动程序的设计和MassStorage类驱动程序的设计。