標簽： Target
上傳時間： 2017-02-08
上傳用戶：一諾88
Linux Home Server 是專門為家庭和SOHO/SMB 設計的高性價比的ISCSI 存儲服務器, 具有如下的特色： 強大的iscsi 存儲服務器軟件； 混合iscsi 和NAS 服務； Free, 基于Linux； LHS-200 的編譯使用openwrt 框架，需要先下載并配置openwrt 開發環境 從openwrt 的開發站點 https://dev.openwrt.org, 下載最新的開發分枝,并下載到本地 svn co https://svn.openwrt.org/openwrt/trunk/ 為方便起見，建議下載所有的可選包，后面要用到 svn co https://svn.openwrt.org/openwrt/packages/ 從公司網站 http://www.linuxce.cn 或者 http://www.linuxce.net 下載 LHS-200 的最新源代碼并解壓縮,源代碼中包含兩個目錄和一個README文件，按README文件的要求，拷貝下列包到trunk/package 目錄 libs/libiconv net/samba3 utils/pciutils net/wget net/ctorrent libs/uclibc++ 然后從解壓縮的源代碼中分別拷貝目錄modified 和lhstoolfix中的內容到trunk 目錄 至此，就可以象通常的openwrt 項目一樣進行編譯, Target System 選 "RDC 321x", Target Profile 選 "R3210 based linux home server board"
上傳時間： 2017-02-09
上傳用戶：xaijhqx
In term project, we will take the baseline JPEG codec in ARM-based platform system as an example to practice the design flow in SoC. We divide the project into three parts, and the goal of each part is described as follow. Part I: Design a baseline JPEG software codec in C/C++ and port it to ARM core,(ARM7TDMI, ARM720T, or ARM922T.) Part II: Make use of virtual prototype to integrate/verify the hardware and software. Part III: Verify your soft IP in Target environment.
標簽： ARM-based baseline platform project
上傳時間： 2017-02-15
上傳用戶：363186
This file contains board-specific information for the Motorola LoPEC in support of the lopec BSP. Specifically, this file contains information on any BSP interface changes from previous software or hardware versions, and contains caveats that the user must be aware of before using this BSP. Additionally, the Target board s manual page entry (for example, lopec/Target.nr) provides board-specific information necessary to run VxWorks, and should be read before this BSP is used.
標簽： board-specific information the Motorola
上傳時間： 2013-12-05
上傳用戶：a673761058
This document constitutes the user manual for the YAMON™ ROM monitor. YAMON (“Yet Another MONitor”) is the ROM monitor used on MIPS Technologies evaluation and reference boards. The Target audience for this document is users of those boards. This would typically be engineers developing hardware or software including compilers, RTOS and other tools. Currently, the following boards/CPUs are supported by YAMON : • Atlas™ with MIPS32 4K™ or MIPS64 5K™ class of CPUs. • Atlas with QED RM5261® . • Malta™ with MIPS32 4K or MIPS64 5K class of CPUs. • Malta with QED RM5261® . • SEAD™ with MIPS32 4K or MIPS64 5K class of CPUs. • SEAD-2™ with MIPS32 4K or MIPS64 5K class of CPUs.
標簽： YAMON constitutes the document
上傳時間： 2017-02-19
上傳用戶：水中浮云
調試通道例子。DCC is available on ARM cores which contain EmbeddedICE logic, e.g. ARM7TDMI, ARM9TDMI, etc. DCC is accessed by the Target via coprocessor 14 using the ARM instructions MCR and MRC. The two assembler source files provided are: outchan.s for Target to debugger communication inchan.s for Debugger to Target communication
標簽： ARM e.g. TDMI EmbeddedICE
上傳時間： 2013-12-21
上傳用戶：liuchee
This is a source of 13.560MHz RFID card reader for TRH031M as ATMEGA8-16AU MPU. The title is 3Alogics TRH031M 13.56MHz RFID Reader V1.0. project : RFID Reader V2.0 Target : MEGA8-16AU Crystal: 16.000 Mhz Input : TRH031M RFID 13.56MHz Output : RS232C 115200,N,8,1 Compiler : ICC-AVR V6.26C // Pin configuration for ATMEGA8-16AU TQFP32 // #30 RXD <--- RXD (SP3232) // #31 TXD ---> TXD (SP3232) // #32 PD2/INT0 <--- INTR (TRH031M) // # 1 PD3/INT1 ---> RST (TRH031M) // # 2 PD4 ---> D4 (TRH031M) // # 9 PD5 ---> D5 (TRH031M) // #10 PD6 ---> D6 (TRH031M) // #11 PD7 ---> D7 (TRH031M) // #12 PB0 ---> D0 (TRH031M) // #13 PB1 ---> D1 (TRH031M) // #14 PB2 ---> D2 (TRH031M) // #15 PB3 ---> D3 (TRH031M) // #16 PB4 ---> CSB (TRH031M) // #17 PB5 ---> LED // #23 PC0 ---> A0 (TRH031M) // #24 PC1 ---> A1 (TRH031M) // #25 PC2 ---> A2 (TRH031M) // #26 PC3 ---> ALE (TRH031M) // #27 PC4 ---> /RD (TRH031M) // #28 PC5 ---> /WR (TRH031M)
標簽： 13.560 ATMEGA 3Alogi source
上傳時間： 2017-03-31
上傳用戶：s363994250
In computer vision, sets of data acquired by sampling the same scene or object at different times, or from different perspectives, will be in different coordinate systems. Image registration is the process of transforming the different sets of data into one coordinate system. Registration is necessary in order to be able to compare or integrate the data obtained from different measurements. Image registration is the process of transforming the different sets of data into one coordinate system. To be precise it involves finding transformations that relate spatial information conveyed in one image to that in another or in physical space. Image registration is performed on a series of at least two images, where one of these images is the reference image to which all the others will be registered. The other images are referred to as Target images.
標簽： different computer acquired sampling
上傳時間： 2013-12-28
上傳用戶：來茴
The program computes the checksum and displays the result in an output port. The program is written for Microchip PIC16F877A Target device
上傳時間： 2014-10-28
上傳用戶：hoperingcong
這是全套的PPP協議的源碼，運行在vxworks5.5.1上的。絕對權威，因為它是安裝vxworks PNE2.2后的源代碼,只要拷貝到$WIND_BASE\Target\src下直接MAKE就行。
上傳時間： 2013-12-13
上傳用戶：weiwolkt
