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[Release Year]
Table: Release Year [2003¡¦s] [2005¡¦s] [2007¡¦s]
2003¡¦s
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¶}µo±Ð®v¡GÁ§´¼¤å ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¤¤¥¿¤j¾Ç¸ê¤u¨t ¥D¼f©eû¡G |
¹q¸Ü¡G05-2720411 ext.
23125 ¦a§}¡G¹Å¸q¿¤¥Á¶¯¶m¤j¾Ç¸ô168¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform:
Creator S ¡@ Lab1: Download program (LCD application) to Creator S3C2410 The objective of this lab is to train students to setup development environment of an embedded system and manipulate an ARM embedded platform. Students should be first familiar with the hardware specification of the hardware platform in order to control the hardware. A student will learn to install and configure the tool chain of the embedded platform. In addition, students will learn how to cross compile and download program from a host PC and execute the downloaded program on the embedded platform. ¡@ Lab2: Porting Linux on Creator S3C2410 The objective of this lab is to train
students with the process of porting the Linux operating system onto an ARM
embedded platform. Students should be first familiar with the Linux XWindows
and shell environment. A student will learn to configure, compile, download,
and debug the Linux OS image on an embedded platform. In addition, students
will learn how to install and use the debugger of the Creator S ¡@ Lab3: Add Application MP3 player The objective of this lab is to train students to be familiar with the embedded system development environment under Linux on an ARM embedded platform. Students should first be familiar with the embedded Linux environment. After booting the embedded platform with embedded Linux, a student will learn to cross compile and download program from a host PC and execute the downloaded program on the embedded platform. In addition, students can further learn how to setup NFS in Linux and debug using debugger on the Creator embedded platform. A MP3 Decoder is used in this LAB. Students can play MP3 files via NFS on the Creator board. ¡@ Lab4: Add module ¡V RT-OS firelinux The objective of this lab is to
understand and practice with a real-time OS, FireLinux, on an ARM embedded
platform. Students should be familiar with the Linux shell development
environment and will learn the skills about embedded system development
process, such as cross-compiling, debugging, downloading image file to target
board, etc. Students can learn the concepts of real-time scheduling and the
manipulation of FireLinux. Furthermore, students can actually execute
real-time applications using FireLinux on the embedded platform and observe
the program behavior with and without real-time control of FireLinux. |
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¶}µo±Ð®v¡GªL¼e¤¯ ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡³nÅé³]p ¾Ç®Õ¨t©Ò¡G»²¤¯¤j¾Ç¹q¤l¤uµ{¨t ¥D¼f©eû¡G±ç¤åÄ£ |
¹q¸Ü¡G02-29052159¡B29053590 ¦a§}¡G·s²ø¥«¤¤¥¿¸ô510¸¹SF727B«Ç ú¥æ¤é´Á¡G ¡@ |
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Content: 9 Lab modules |
¥»¹êÅç°£了利¥Î¤@Ó²³æªº例¤l¤¶²Ð¦p¦ó¶}©l¨Ï¥ÎARM Developer Suite (ADS)¥~¡A¥Dn¾Ç²ß¦p¦ó²V¦X¨Ï¥ÎC¡AC++¡A»PARM assembly language code¡A¨ä¤¤¥]¬A¡G ¡@ ¥»¹êÅç¥Dn說©ú¦p¦ó¦bADS¤W debug »Pµû¦ô³nÅ骺quality¡C·Q了¸Ñ更¦h¥»¹êÅ窺´ú¸Õ³nÅéDhrystone(¥]¬Adhry_1.c¡Bdhry_2.c¡Bdhry.h)¡A¥i參¦ÒARMªº¨Ï¥Î¤â¥U(ex. C:\Program Files\ARM\ADSv1_2\Examples\dhryansi\)¡A¥H¤U¬°¥»¹êÅç©Ò²[»\ªº§Þ¥©¡G ¡@ |
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Platform:
NET-Start!W3001 ¡@ Lab3: Use Hitool for ARM to write Boot code ¥»¹êÅç«Y利¥Î·f°tICE³]³Æ¤§¾ã¦X«¬¶}µoÀô¡AHitool for ARM¡A來ÁA¸Ñ»P練²ßboot code¤§½s¼g¡C ¡@ ¥»¹êÅç±N°ò©ó¶}µo¥¥xNET-Start!®M¥ó¡A¾Ç²ß ¡@ Lab5: Add Driver for switch and 7 segment ¼ô±xuCLinuxÅX°Êµ{¦¡¤§µo®i¬yµ{»P¦w¸Ë¡C¦b´O¤J¦¡¨t²ÎÅX°Êµ{¦¡(¤@)¹êÅ礤¤§½d¨Ò¬O¤@Óuser-modeªºµ{¦¡¡A¦ý¥iª½±µ¦s¨úµwÅéIO¡C¥»¹êÅç±N¸Ó½d¨Ò¤¤IOŪ¼g§ï¦¨kernel mode¤§ÅX°Êµ{¦¡¨Ót³d¡C¨ÃÂǦ¹½d¨Ò¨Ó¤F¸ÑuCLinuxÅX°Êµ{¦¡¤§³]p»P¦w¸Ë»P¤@¯ë«D´O¤J¦¡Linux¤§®t²§ ¡@ Lab6: Add Interrupt Handler and Timedelay ¦bÅX°Êµ{¦¡¤¤¨Ï¥Î®É¶¡©µ¿ð»P¤¤Â_ªA°È³B²z¡C ¡@ ¾Ç²ßÅX°Êµ{¦¡¦p¦ó¤ä´©IO¤§DMA¥\¯à¡A¨Ã¥HUART IO¬°¹ê§@½d¨Ò¡C ¡@ |
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Platform: NET-Start!W3001 ¡@ ±N uC/OS´Ó¤JNET-Start¥¥x¡AÁA¸Ñ¦p¦ó°ò©óRMS±Æµ{¡A³]p¤@Óº¡¨¬hard real timeªºµ{¦¡¡C ¡@ Lab9: Modify OS scheduler (Priority inversion problem) ÁA¸Ñpriority¤ÏÂà°ÝÃD¤§µo¥Íì¦]»P¸Ñ¨Mµ¦²¤¡C ¡@ |
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001-04 |
¶}µo±Ð®v¡GJ¦Ë¥Í ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¥æ³q¤j¾Ç¹q¾÷»P±±¨î¤uµ{¾Ç¨t ¥D¼f©eû¡G ±ä§µòR |
¹q¸Ü¡G03-571-2121 x 54318 ¦a§}¡G·s¦Ë¥«¤j¾Ç¸ô1001¸¹ ¥æ³q¤j¾Ç¤uµ{¤À]712«Ç ú¥æ¤é´Á¡G |
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Content: 1 Lab module ¡@ |
Platform: TI OMAP5910 ¡@ Lab: Porting Linux and Installation and programming of embedded Linux on OMAP The purpose of this lab is to allow
students to practice installation and programming of embedded Linux on OMAP
produced by Texas Instruments. Also it covers some experiments of programming
the DSP core within OMAP and the communication of the DSP BIOS with the
embedded Linux. ¡@ |
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001-05 |
¶}µo±Ð®v¡G¶À¤å¼W ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¥x¥_¬ì§Þ¤j¾Ç¹q¤l¨t ¥D¼f©eû¡G±ç¤åÄ£ |
¹q¸Ü¡G(02)2771-2171 Ext.
2200 ¦a§}¡G¥x¥_¥«¤j¦w°Ï©¾§µªF¸ô¤T¬q1¸¹ ú¥æ¤é´Á¡G ¡@ |
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Content: 5 Lab modules ¡@ |
Platform: Creator
S ¡@ ¸g¹L³]p»PÅX°Ê¤C¬qÅã¥Ü¾¹ªºÅã¥Ü¡A§Q¥Î½ü¸ßªº¤è¦¡¡AÅý¥|Áû¤C¬qÅã¥Ü¾¹Åã¥Ü¼ÆÈ»P^¤å¡C²`¤J¤F¸ÑS ¡@ ¥»¹êÅç¬O¥H¤j¦h數Ánµ³B理³Ì±`¨Ï¥Î¨ìªº¥\¯à¡A錄µ»P©ñµ¬°½d例來±´°QCODECªº±±¨î¤è¦¡¡A¥»¹êÅç¥Dn¬O±q¦p¦ó¼¶¼gCODEC±±¨îµ{¦¡¡A¶i¦Ó¹ï©óCODEC¦³了更¶i¤@¨Bªº»{識¡C¦¹¥~¶°¦X了LCD¡BÁä½L¡BI ¡@ ¸g¹L³]p¤@Ó4*4ªºÁä½L¡A§Q¥Î½ü¸ßªº¤è¦¡¦æÁä½L±½´yªº¤u§@¡A·í¨Ï¥ÎªÌ«öÁä®É¡A·|®Ú¾Ú4510¥¥x¤Wªº«öÁä½X¡AÅã¥Ü©óLED¤W¡C¤F¸ÑS ¡@ ¸g¹L³]p¤@Ó8*1ªºLED¶]°¨¿O¡A§Q¥Î½ü¸ßªº¤è¦¡¶i¦æLED±½´yªº¤u§@¡A·í¨Ï¥ÎªÌ«öÁä®É¡A·|®Ú¾Ú4510¥¥x¤Wªº«öÁä½X¡AÅã¥Ü©óLED¤W¡C¤F¸ÑS ¡@ ¥»¹ê²ß¬O¦b´O¤J¦¡¨t²Î¹ê²{¤@ÓUART(串列¶Ç¿é)ªº¥\¯à¡A³o¹ê²ß¬°了Åý¶}µoªÌ¦b¹q¸£(Host)ºÝ»PS |
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001-07 |
¶}µo±Ð®v¡G·¨¥¿¤¯ ½Òµ{¦WºÙ¡G¤º´O¦¡¨t²Î³]p»P¹ê²ß ¾Ç®Õ¨t©Ò¡G¤¸´¼¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±ä§µòR |
¹q¸Ü¡G03-4638800 x
2367.41 ¦a§}¡G®ç¶é¿¤¤¤Ãc¥«»·ªF¸ô135¸¹ ¤¸´¼¤j¾Ç¤@À]1405B«Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab Modules ¡@ |
Platform:
ARM-Evaluator-7T ¡@ Lab1: Use ADS to download program (¼Æ¦ìÁ_¬÷¾÷) ¾Ç¥Í§Q¥ÎARM Evaluator-7T¹êÅçªO¹ê§@¬ÛÃöµ{¦¡¨Ó¼ÒÀÀ¤@ӼƦìÁ_¬÷¾÷¡C³z¹L³oÓ¹êÅç¡A¾Ç¥Í±N¾Ç·|¦p¦ó¦b¯u¥¿ªºµwÅéªO¤W¶}µo¤º´O¦¡À³¥Îµ{¦¡©M¾Þ§@¤¤Â_±±¨î¾¹©MI/O¤¸¥ó¡C ¡@ §Y®É§@·~¨t²Î¡]RTOS¡GReal-Time Operating System¡^t³dºÞ²z¤º´O¦¡¨t²ÎªºµwÅ餸¥ó¡A¨Ã´£¨Ñ¨Ï¥ÎªÌ©MÀ³¥Îµ{¦¡¤@Ó©â¶H¤¶±¡AÅý¨Ï¥ÎªÌ©MÀ³¥Îµ{¦¡±o¥HÁ×§Kª½±µ±µÄ²¨ì©³¼hªºµwÅé¡C¦b³oÓ¹êÅ礤¡A¾Ç¥Í¥²¶·±N¤@Ó¤p¦ý¬O¥\¯à»ô¥þªº§Y®É§@·~¨t²Î¡XmC/OS²¾´Ó¨ìARM Evaluator-7TµwÅ饥x¤W¡C³z¹L³oÓ¹êÅç¡A¾Ç¥Í±N·|»{ÃѦb¤º´O¦¡¨t²Î¤Wªº§Y®É§@·~¨t²Î®Ö¤ßµ{¦¡©M¾Ç²ß¦p¦ó±N§@·~¨t²Î²¾´Ó¨ì¤£¦PªºµwÅ饥x¤W¡C ¡@ |
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Platform:
Creator S ¡@ Lab3: Application ¡V Use UART communication between PC and Target (Point-to-Point Protocol) Point-to-Point Protocol¡]PPP¡^³q°T¨ó©w¥i¥HÅý¨â¥x¹q¸£¨t²Î³z¹L¤@Ó²³æªº³sµ²¡]RS232¶Ç¿é½u¡^¡A¶i¦æ¸ê®Æ¶Ç¿é¡C³oÓ¹êÅç¥Dn¬O§Q¥ÎPPP³q°T¨ó©w¡AÅýARM¹êÅçªO»PPC¤§¶¡©¼¦¹¶Ç°e»P±µ¦¬¸ê®Æ¡CÂÇ¥HÅý¾Ç¥Í¤F¸Ñ¦p¦ó§Q¥ÎPPP ³q°T¨ó©w¨ÓÅý¨âÓ´O¤J¦¡¨t²Î¸Ë¸m©¼¦¹¥æ´«¸ê®Æ¡C ¡@ Lab4: Application ¡V Bluetooth module ÂŪ޵L½u§Þ³Nªº¿³°_¦b³Ìªñ´X¦~¸Ì±È°_¤F¤@°}µu¶ZÂ÷µL½u³q°Tªº¼ö¼é¡A¥»¹êÅ窺¥Øªº¦b©ó¨Ï¦P¾Ç ¡@ |
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001-08 |
¶}µo±Ð®v¡G±i°a±l ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¤¤¿³¤j¾Ç¸ê°T¬ì¾Ç¨t ¥D¼f©eû¡GÁ鸫C |
¹q¸Ü¡G04- 22840497#603 ¦a§}¡G402¥x¤¤¥««n°Ï°ê¥ú¸ô250¸¹ ú¥æ¤é´Á¡G |
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Content: 7 Lab Modules ¡@ |
Platform:
NET-Start evaluation ARM S ¡@ Lab1: Use I/O port to control LED, DIP Switch, 7segment ¸g¥ÑDIP Switch»P7-Segmentªº±±¨î¡A¤F¸Ñ¦p¦óÂǥѯS©wªº¼È¦s¾¹¤Îmemory map¨Ó¹F¨ìInput¡BOutputªº¥\¯à¡C ¡@ SWI¥Dnªº¥Î³B¬O¦b©ó´£¨Ñsystem call¡A¨Ò¦p¡Aprintf()¡Bgetchar()µ¥µ¥¡AÅýuser program¥i¥Hª½±µ¨Ï¥Î¨t²ÎªºªA°È¡A²¤Æµ{¦¡ªºt¾á¡CIRQ«h¬O¥Î¦b»PµwÅéµ¥¶gÃä°t³Æ»P¨t²Î°µ·¾³q¡C¸g¥Ñ¥»¶µ¹êÅç¡A¤F¸Ñ¦p¦ó¥h³]p¡B×§ïSWI¤ÎIRQªºhandler¡A©MIRQ¡BSWI¤§¶¡ªºÃö«Y¡C ¡@ Lab3: Porting uC/OS II, Modify Message Queue Providing Non-Destructive-Read Message API for Message Queue Management in MicroC/OS-II¡C ¡@ Lab4: Add API Flush() ¡V Modify Semaphores Providing Flush( ) API for Semaphore Operating in MicroC/OS-II ¡@ Lab5: Modify scheduler ¡V Ready list §ó§ïMicroC/OS-II ¤¤Ready ListªºMapping¤è¦¡ ¡@ Lab6: Modify scheduler ¡V Round Robin Providing Round-Robin Scheduling for MicroC/OS-II ¡@ Lab7: Modify scheduler ¡V Multi-level Queue Scheduling Providing Multi-level Queue Scheduling for MicroC/OS-II(¢º) ¡@ |
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001-09 |
¶}µo±Ð®v¡G§d¾å¥ú ½Òµ{¦WºÙ¡G¨t²Î´¹¤ùºô¸ôÀ³¥Î¤§´O¤J¦¡ ¾Ç®Õ¨t©Ò¡G¤¤¥¡¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G³¯¿o¥ |
¹q¸Ü¡G03-4227151#35329 ¦a§}¡G®ç¶é¿¤¤¤Ãc¥«¤Åv¨½2¾F¤¤¤j¸ô300¸¹ ú¥æ¤é´Á¡G ¡@ |
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Content: 4 Lab Modules ¡@ |
Lab1: Install Simulator
of ARM Embedded Linux System on PC The objective of this hand-on lab is to train students to be familiar with basic concepts for ARM simulator and be able to install an emulator of ARM embedded Linux system. In this lab, a student will learn to operate ARM simulators also. ¡@ Lab2: Install Simulator of ARM Embedded Linux System on PC II The objective of this hand-on lab is to train students to be familiar with basic concepts for ARM simulator. In this lab, a student will learn to install and operate ARM simulators and run some programs on these simulators. |
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Platform:
Creator S ¡@ Lab3: Setup Network environment of Embedded Linux(uClinux) The objective of this hand-on lab is to train students to use two kinds of interface to setup network environment of uClinux and be able to run the program on the creator board. ¡@ Lab4: Boot Loader Installation Create Kernel Image The objective of this hand-on lab is to
train students to be familiar with basic concepts for |
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001-10 |
¶}µo±Ð®v¡G·¨¤¤¥ ½Òµ{¦WºÙ¡G¨t²Î´¹¤ù¤§´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¸ê°T¤uµ{¨t ¥D¼f©eû¡G±ç¤åÄ£ |
¹q¸Ü¡G 06-275-7575
ext.62551 ¦a§}¡G¥x«n¥«¤j¾Ç¸ô¤@¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab Modules ¡@ |
Platform:
VIAEPIA MII ¡@ Lab1: Embedded Linux on VIA EPIA Linux is the kernel and freely available open source. We will learn how to put Linux on an embedded device from this project. Part I we will introduce the development environment, and some basic tools we use. Part II we will learn how to port Linux on a VIA EPIA MII, and boot from a USB disk. Part III we will learn how to build a GUI project on our embedded system. Part VI we will learn how to build a web server on our embedded system. ¡@ |
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Platform:
ARM7 EV40 ¡@ Lab2: uCLinux on ARM7 with HiTool The objective of this lab is to train students with the process of porting the Embedded operating system ( uClinux, non MMU ) onto an ARM-based embedded platform. Student should build his own kernel and filesystem. Student will know how micro os work. It is a good way to know micro kernel, device driver, debug tool, and etc. Hitool is a useful debug tool for ARM7 EV40 board. We can use it to drive some IO. ¡@ |
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Platform:
EZ-USB SX2 ¡@ Lab3: USB Device Firmware Framework The objective of this hands-on lab is to train
students with the process of developing USB device firmware framework. In
Part1 we first introduce the USB protocol. In Part2 we teach you how to use ¡@ |
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Platform:
VIAEPIA ML ¡@ Lab4: Windows CE on VIA EPIA ML The object is to let the students know 1.
What is Windows CE and its development tools. 2. How to use Platform Builder
to build a CE image. 3. How to add an application and a device driver to the
CE image. 4. How to download the image to target platform by using debug
mode. 5. How to port CE image to EPIA ML board. |
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002-01 |
¶}µo±Ð®v¡G±iºa¶Q ½Òµ{¦WºÙ¡G´O¤J¦¡³nÅé¶}µo¤u¨ã ¾Ç®Õ¨t©Ò¡G¤¤¥¿¤j¾Ç¸ê¤u¨t ¥D¼f©eû¡GÁ鸫C |
¹q¸Ü¡G05-2720411
ext.33121 ¦a§}¡G¹Å¸q¿¤¥Á¶¯¶m¤j¾Ç¸ô168¸¹¸ê¤u¨t ú¥æ¤é´Á¡G ¡@ |
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Content: 5 Lab Modules ¡@ |
Lab1: Build ARM cross
compiler ¦bLinuxÀô¹Ò¤U¦w¸ËGCC¤ÎBinutils¡Cº¥ý¡A¦w¸ËARM-Binutils¡ABinutils¸Ì¥]§tassembler¡Blinker©M¤@¨Ç¨ú¥Xbinary code¸ê°Tªº¤u¨ã¡C±µµÛ¦w¸ËGCC¡A¦¹®É©Ò¦w¸ËªºcompilerºÙ¬°bootstrap compiler¡A¥Ñ©óruntime libraries¥H¤Îheader files¥²¶·¨Ï¥ÎARMªºcompiler¨Ó²£¥ÍARMªº²Õ¦X»y¨¥¡A©Ò¥Hn¥ý«Ø¥ßbootstrap compiler¨Ó½sĶruntime libraries©Mheader files¡C³o¨ÇÀÉ®×¥]§t¦bnewlib¤¤¡C±µµÛ½sĶ¥]§t§¹¾ãlibraryªºcompiler¡C³Ì«á©Ò«Ø¥ßªºcompiler¡A´N¬O¥i§¹¾ã½sĶ¥XARM²Õ¦X»y¨¥ªºARM cross compiler¡C¦b¦¹¹êÅç¾Ç²ß¦p¦ó¦bLinux¥¥x¤W¡A¦w¸ËBinutils¡BNewlib¥H¤ÎGCC¡A¨ÃÅý¦w¸Ë§¹ªº½s;¹¤u¨ã²Õ¯à°÷²£¥ÍARMªºbinary codes¡C ¡@ Lab2: Porting GCC to ARM (Machine Description) ¦¹¹êÅçÂÇ¥ÑCompare branch¤ÎConditional instruction«ü¥O·í¨Ò¤l¡A»¡©úMachine Descriptionªº¤jPµ²ºc¤Î¦p¦ó½s¼g¡A¨Ã¤¶²ÐARMªºConditional instruction«ü¥O¬O¦p¦ó¦bGCC¤¤²£¥Í¡CLab3: Install GDB/insight 6.1 ¡@ Lab3: Building GDB and Insight to ARM GDB¥þ¦W¬°GNU Project Debugger¡CÂÇ¥ÑGDB¡A·í´ú¸Õµ{¦¡®É¡A¥i¥H¿ï¾Üµ{¦¡ªì©lÈ¥H¤Î¤¤Â_ÂI¡A¥H³\¦h¤£¦Pªºª¬ºA¨ÓÆ[¹î¼È¦s¾¹¤Î°O¾ÐÅ餤¼ÆÈÅܤơAÀˬdµ{¦¡¬O§_¥¿½T¡C¦¹¹êÅç·|»¡©ú¦p¦ó¦bLinux¥¥x¤W¡A¦w¸ËGDB¥H¤Î¨ä¹Ï«¬¤¶±ªºdebugger -- GDB-Insight for arm-elf¡C ¡@ Lab4: Porting GCC to TI C6X (Application Binary Interface Setting) Porting GCC¨ì·s¥¥x¦b³]©w¤è±n°µ¤@¨Ç×§ï¡A¦p«ü©w¼È¦s¾¹ªºÓ¼Æ¡B¾A¥Îªº§@·~¨t²Î¡Kµ¥¡A¨Ï±oGCC¯à°÷«Ü¥¶¶ªº¦b·s¥¥x¤W¹B§@¡A¦¹¹êÅç·|Á¿¸ÑPorting GCC¨ì·s¥¥xªº¬yµ{¡C¦b¦¹¹êÅ礤¾Ç²ß¸Ó¦p¦ó§ï¼gGCCªºMakefileÅýGCC¥i¥H½sĶ¥X·s¼Wªº¥¥x¡C¨Ã¤F¸Ñ¦p¦ó³]©w·sªº¥¥xÀô¹Ò°Ñ¼Æ¨ÑGCC¨Ï¥Î¡C Lab5: Porting GCC to TI C6X (Add new instructions) ¨CÓ¤£¦Pªº³B²z¾¹³£·|¾Ö¦³¦Û¤vªº«ü¥O¶°¡Agcc½s;¹¥Dnªº¥\¯à¦b©ó±N©Ò¼¶¼gªºc/c++µ{¦¡Âন¸Ó³B²z¾¹ªº«ü¥O¡A¤]´N¬O¸Ó³B²z¾¹ªº²Õ¦X»y¨¥¡AMachine Description´N¬O©w¸q¸Ó³B²z¾¹¥i¥H¤ä´©ªº«ü¥O¡C¦¹¹êÅç·|¤¶²Ð¦p¦ó½s¼gMachine Description¡A¼W¥[·s«ü¥O¡C ¡@ |
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003-01 |
¶}µo±Ð®v¡G¤ý³Ó¼w ½Òµ{¦WºÙ¡G¿é¥X¤J¸Ë¸m»PÅX°Êµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¥xÆW¤j¾Ç¹q¾÷¤uµ{¾Ç¨t ¥D¼f©eû¡G±ç¤åÄ£ |
¹q¸Ü¡G02-3366-3579 ¦a§}¡G¥_¥«¥x¤j¹q¾÷¨t³Õ²zÀ]523«Ç ú¥æ¤é´Á¡G ¡@ |
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Content: 7 Lab Modules ¡@ |
Platform:
NET-Start evaluation ARM S ¡@ Lab1: Setup GCC tool chain and uClibc for uClinux on NeT-Start.. Application ¡V Hello world, switch and 7 segment ¡@ Lab3: Using and Debugging ARM Assembly Language To understand the use of the ARM assembly language in IO control and debugging the program using arm-elf-gdb ¡@ Lab5: uCLinux barcode
scanner and LCD module ¡@ Lab8: Embedding a packet detection module
into Linux Kernel |
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Lab2: Configure, Build
and Install a Linux kernel on Boot-disk or Boot-CD ¦bLinuxÀô¹Ò¤U¡A«Ø¥ß¤@¤ù boot-disk or boot-CD ¡A¨Ã¹ê²ßLinux booting ªºÆ[©À»P¹Lµ{¡C ¡@ |
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Platform:
Creator S ¡@ Lab4: Trace interrupt and device driver flow using ICE ¨Ï¥ÎJTAG ICEÀô¹Ò¡A¹ê²ßLinux kernel debugging ªºÆ[©À»P¹Lµ{¡A¶i¤@¨B¤F¸Ñinterrupt¡A»P device driverªº¹B§@¬yµ{¡C ¡@ |
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Lab6: Using Platform
Builder ¡@ Lab7: Implementing a Stream Interface Driver After completing this lab, you will be able to develop a stream interface device driver. ¡@ |
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004-01 |
¶}µo±Ð®v¡GÁ鸫C ½Òµ{¦WºÙ¡G連ºô«¬¨t²Î´¹¤ù¨t²Î¤§´O¤J¦¡³nÅé ¾Ç®Õ¨t©Ò¡G²MµØ¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G ³¯¿o¥ |
¹q¸Ü¡G03-571-5131 x 34182 ¦a§}¡G·s¦Ë¥«¥ú復路¤G¬q101 ¸¹ ú¥æ¤é´Á¡G |
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Content: 10 Lab Modules ¡@ |
Platform:
PCM7230 ¡@ Lab1: Run a demo program
for PCM7230 and PPRK ¡@ Lab2: Real-Time
Monitor/Sensing Lab3: Real-Time Control ¡@ Lab4: Chase one object
with single thread ¡@ Lab5: Chase with
Multi-thread Lab6: Real-Time
Application ¡@ Lab7: Practicing Dynamic
Clock/Voltage Scaling (DVS) for Embedded Processors ¡@ Lab8: Networking via
802.11 Infrastructure Mode ¡@ Lab9: Networking via
802.11 Ad-HocMode ¡@ Lab10: Embedded OS configuration The goal of this lab is to practice how to configure embedded operating systems and build your own ramdisk image. You will be guided to set up a new IP address for your pcm7230 and install a packet generator for your embedded systems. You also need to change the password of the root. ¡@ |
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005-01 |
¶}µo±Ð®v¡G¬I¦Nª@ ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G¥xÆW¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G ±ç¤åÄ£ |
¹q¸Ü¡G 02-23625336 ext.
426 ¦a§}¡G¥x¥_¥«Ã¹´µºÖ¸ô¥|¬q¤@¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab Modules ¡@ |
Platform:
PCM7230 ¡@ Lab1: Dynamic Voltage Scaling
on Embedded Linux ¡@ Lab2: uC/OS II Porting on PCM-7230 This Lab let you have the experience of
developing embedded software. All the lab related files are under pcm7230_lab
directory. ¡@ |
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Lab3: £gC/OS-II Operating
System Scheduler Implementation ¡@ |
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Platform: S ¡@ Lab4:Building and
Congfiguring Windows CE OS for Samsung S3C2410TK ¡@ |
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006-01 |
¶}µo±Ð®v¡G李¬F±X ½Òµ{¦WºÙ¡G¤º´O¦¡½s;¹ ¾Ç®Õ¨t©Ò¡G²MµØ¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G ¬I¦Nª@ |
¹q¸Ü¡G03-571-5131 x 3519 ¦a§}¡G·s¦Ë¥«¥ú復路¤G¬q101¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab Modules ¡@ |
Platform:
TI OMAP 1510 ¡@ The
objective of these hand-on labs is to train students with the compiler
optimization phases of constant propagation, if-conversion, loop
invariant and loop unrolling optimization. We target on dual-core
embedded platform which contain an arm. To achieve this goal, students should
be first familiar with the TI-OMAP Platform, Code Composer Studio and SUIF. A
student will learn to build, execute, download, and debug a program on an
embedded platform. A student will learn the optimization skills of compiler
by adding new passes into SUIF. ¡@ |
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007-01 |
¶}µo±Ð®v¡G«J§Ê°¶ ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¤uµ{¬ì¾Ç©Ò ¥D¼f©eû¡G¬I¦Nª@ |
¹q¸Ü¡G06-2757575 ext.
63334 ¦a§}¡G¥x«n¥«ªF°Ï¤j¾Ç¸ô1¸¹¤u¬ì¨t41505«Ç ú¥æ¤é´Á¡G ¡@ |
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Content: 4 Lab Modules ¡@ |
Platform: Hybus Xhyper 255B-TKU III ¡@ Lab1: MP3 Player Lab2: Developing a Basic
MP3 Player on Embedded Systems ¡@ Lab3: Developing an
Advance MP3 Player on Embedded Systems |
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Lab4: Calling a DLL via
C# PInvoke on Windows XP] ¡@ |
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008-01 |
¶}µo±Ð®v¡GÁé©ú¬F ½Òµ{¦WºÙ¡GUSBÅX°Êµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G«n¶}§Þ³N¾Ç°|¹q³q¾Ç¨t ¥D¼f©eû¡G±ä§µòR |
¹q¸Ü¡G049-2563-489 x 3567 ¦a§}¡G«n§ë¿¤¯ó¤ÙÂí¤¤¥¿¸ô568¸¹ ú¥æ¤é´Á¡G |
|
Content: 6 Lab Modules |
Platform: DMA USB_FX ¡@ Lab1: USBµo®i¨t²Îµ{¦¡¿N¿ý¹êÅç ¡@ Lab2: USBµo®i¨t²Îµ{¦¡¿N¿ý¸Ñ°£¹êÅç ¡@ Lab3: LED±±¨î¹êÅç ¡@ Lab4: ¤C¬qÅã¥Ü¾¹¹êÅç ¡@ The objective of this hand-on lab is to train students with the process of downloading the HEX executable program to EEPROM on the USB development. To design a C program that can bulk transfer the data and. display the data on the LED monitor. ¡@ The objective of this hand-on lab is to train students with the process of downloading the HEX executable program to EEPROM on the USB development. To design a C program that can display the ASCII code string to LCD monitor. ¡@ |
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009-01 |
¶}µo±Ð®v¡G³\©s¶W ½Òµ{¦WºÙ¡G´O¤J¦¡·L³B²z¾¹¨t²Î ¾Ç®Õ¨t©Ò¡G¥xÆW¬ì§Þ¤j¾Ç¹q¤l¤uµ{¾Ç¨t ¥D¼f©eû¡G¬I¦Nª@ |
¹q¸Ü¡G02-2733-3141 x 7149 ¦a§}¡G¥x¥_¥«¤j¦w°Ï°ò¶©¸ô¥|¬q43¸¹ ú¥æ¤é´Á¡G2005/10 |
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Content: 1 Lab Module |
Platform: S ¡@ Lab: uClinux OS and
U-boot Porting on Samsung S3C4510B01 ¡@ |
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001-11 |
¶}µo±Ð®v¡G±i¥ß¥ ½Òµ{¦WºÙ¡G´O¤J¦¡§Y®É§@·~¨t²Î ¥D¼f©eû¡Gù²ß¤ |
¹q¸Ü¡G0963-226-617¡B0972-309-960 ¦a§}¡G·s¦Ë¥«¤j¾Ç¸ô1001¸¹¸ê°T¤uµ{(©Ò) ¹q¸ê¤j¼Ó701«Ç ú¥æ¤é´Á¡G ¡@ |
|
Content: 2 Lab modules |
Platform:
Altera
NIOS-II evaluation board Lab1: Deadline-driven real-time scheduler design and implementation ³oÓ¹êÅç±Ð§Ú̦p¦ó¦buC/OS-II¤W¹ê§@¤@ÓEDF±Æµ{¾¹¡C¡@ Lab2: Real-time scheduling algorithms for apreiodic/sporadic jobs: Constant Utilization Servers To implement scheduling algorithms for aperiodic jobs |
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003-02 |
¶}µo±Ð®v¡G¶À連¶i ½Òµ{¦WºÙ¡G¿é¥X¤J¸Ë¸m»PÅX°Êµ{¦¡³]p ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G02-26215656 ext
2741 ¦a§}¡G²H¤ôÂí^±M路151 ¸¹²H¦¿¤j¾Ç ¸ê°T¤uµ{¾Ç¨t ú¥æ¤é´Á¡G ¡@ |
|
Content: 4 Lab modules |
Platform:
SBC-2410X ¦¹¹êÅç¥Dn¬°¦p¦ó¼¶¼g¤@Character Device Driver¡C ¡@ Lab2: ¼ô±x´O¤J¦¡¨t²Î¥¥x»Pµo®iÀô¹Ò ¤¶²Ð¦p¦ó§Q¥ÎLinux On PC¨Ó¶}µoFor ARMªºµ{¦¡¡A§Y§Q¥ÎCross Compiler¨Ó½sĶ¥XFor ARMªºObject Code¡A¨Ã¤¶²ÐCross Compiler¤¤ªº©Ò¦³°õ¦æÀɥγB¬°¦ó¡C ¡@ Lab3: CCD ÅX°Êµ{¦¡¤§²¾´Ó»P¦w¸Ë ¹êÅ笰±NCCD¼Ò²Õ²¾´Ó¦ÜSBC-2410X¤W¨Ï¥Î¡C ¡@ ¦¹¹êÅ笰¾Ç²ß¦p¦ó½s¼g»P´ú¸ÕLinux Module¡A¨Ã¦p¦ó±¾¸ü¤Î²¾°£Module¡C¦b½s¼gModuleªº¬yµ{¬°¦ó¡A¥H¤Î¦bModuleªì©l¤Æ¡B¤Î²¾°£®ÉFunctionªºq©w¡C¥H¤Î¼Ò²Õ¬Û¨Ì©Ê¡Aª©¥»¬Û®e©Êµ¥µ¥ªº¤¶²Ð¤Î»¡©ú¡C |
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003-03 |
¶}µo±Ð®v¡G¶¾¥ßµX ½Òµ{¦WºÙ¡G¿é¥X¤J¸Ë¸m»PÅX°Êµ{¦¡³]p ¾Ç®Õ¨t©Ò¡Gªø©°¤j¾Ç¸ê°T¤uµ{¬ã¨s©Ò ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G03-211-8700 x 5714 ¦a§}¡G®ç¶é¿¤Àt¤s¶m¤å¤Æ¤@¸ô259 ¸¹ ªø©°¤j¾ÇºÞ²z¾Ç°|¥|¼Ópºâ¾÷¨t²Î ¹êÅç«Ç ú¥æ¤é´Á¡G ¡@ |
|
Content: 7 Lab modules |
Platform:
OMAP5912 Starter Kit (OSK) Lab1: Bootloader U-boot
install & build embedded Linux image ³oÓ³¡¥÷ªº¹êÅç¥Øªº¥Dn¬°Àô¹Òªº«Ø¥ß¡A¦]¬°©Ò¨Ï¥Îªº¶}µoª©¬°OMAP5912¡A¦]¦¹»Ýn½sͤ@Ókernel¨Ã±N¥L¸ü¤J¨ìªO¤l¤W¡A¤~¥i¶i¦æ±µ¤U¨Óªº¹êÅ糡¥÷¡C ¡@ Lab2: bulid a pseudo
memory device and Read/write data for the device ³oÓ³¡¤À¥Dn¬°¼Ò²Õ«Ø¥ß¡A¥Ñ¸û©ö¤W¤âªºchar device driver °t¦XscullªºÅX°Êµ{¦¡¨Ó¹ê§@¨Ã±q¤¤¾Ç²ß¡Cscull¥i°t¸m¤@¶ô°O¾ÐÅé¡AÅý§Ú̼g¤J¸ê®Æ¥ç¥iŪ¨ú¸ê®Æ¡C¦b¦¹¹êÅ礤±N³z¹L¹ê»Úªº¾Þ§@¨Ó¾Ç²ßchar device driverªº¹B§@¡C ¡@ Lab3: Understanding
module construct and implement a module in kernel ³oÓ³¡¥÷ªº¥Dn¬°¸ü¤J¤Î¨ø¸ümodule¡C ¡@ Lab4: Using the Linux
proc Filesystem in Embedded Systems ¦¹¹êÅç¥Dn¬°¦p¦ó¾Þ§@¡B¨Ï¥ÎLinux Proc Filesystem ¡@ Lab5: WinCE Platform
builder development & load kernel image to start ¤¶²Ð¦p¦ó§Q¥ÎMicrosoft©Ò±À¥XªºPlatform Builder¡A«Ø¥ßfor OMAP 5912¶}µoªO¤WªºWinCE Kernel¡A¨Ã¿N¨ìOMAP 5912¤W°õ¦æ¡C ¡@ Lab6: Implement a WinCE
Stream Interface Driver ¦¹¹êÅ笰§Q¥ÎPlatform Builder¡A¶}µoWinCEªºStream Interface Driver¡CÂǦ¹¥i¥H¤F¸Ñ¦b¤£¦Pªº¥¥x¤W¡A³z¹L¤§«eLinux Driver¶}µoªºÆ[©À¡A¨Ó¶}µoWinCEªºDevice Driver¡C
Lab7: Kernel Device
Driver Debug and Lauterbach Trace32 Demo ³o¦¸¹êÅç¥Dn¬OÅý¦P¾Ç¨ã³Æ¼¶¼gDebug Device Driver ªº¯à¤O¡C |
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003-04 |
¶}µo±Ð®v¡G·¨¤¤¥ ½Òµ{¦WºÙ¡G¿é¥X¤J¸Ë¸m»PÅX°Êµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G«J§Ê°¶ |
¹q¸Ü¡G06-2757575 x 62551 ¦a§}¡G¥x«n¥«¤j¾Ç路1¸¹¸ê°T¤uµ{¨t ú¥æ¤é´Á¡G ¡@ |
|
Content: 4 Lab modules |
Platform:
PCM-7230 XScale PXA255 Lab1: Interrupt, memory and timer of the INTEL XScale platform l To
make students know how to write ARM assembly language to control the
interrupt and the timer of the Intel Xscale Platform. l To
learn how to use the arm-linux-gcc to compile the assembly language into a
binary file. l To
write a program which could run and control the interrupt service routine
(ISR). l The
complete program architecture concepts. ¡@ Lab2: Linux Character device driver on XScale PXA255 Block Device Driver¬O¥H©T©w¤j¤pªø«×¨Ó¶Ç°eÂಾ¸ê®Æ¡A¦ÓCharacter Device Driver¬O¥H¤£©wªø«×ªº¦r¤¸¶Ç°e¸ê®Æ¡CBlock Device¤jP¬°ÀH¾÷¦s¨ú¸ê®Æªº³]³Æ¡A¦pµwºÐ¾÷¡B¥úºÐ¾÷¡F¦ÓCharacter Device«h¨Ì¥ý«á¶¶§Ç¦s¨ú¸ê®Æ¡A¦p¦Lªí¾÷¡B²×ºÝ¾÷µ¥¡C¾Ç²ß Linux device driver À³¥Ñ character device
driver °_¨B¡A¦]¬°³\¦h«nªº¤JªùÆ[©À§¡¥iÂÇ¥Ñ
character device driver ¾Ç±o¡C |
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|
¦¹¹êÅçÅý¾Ç¥Í¯à¾Ç·|¦p¦ó¥h¼g¤@ÓBlock
Device Driver, ¨Ã¨Ï¥Îmemory¸ÌªºªÅ¶¡¨Ó«Ø¥ß¤@Ó¼ÒÀÀªºblock device, ¦Ó¦¹Block
Device, ¯à°÷³Q®æ¦¡¤Æ¨Ã±¾¸ü¥Î¨Ó«Ø¥ß¤@ÓµêÀÀªÅ¶¡,
¥i¨ÑLinux User¶i¦æÅª¼g. ¨Ã¾Ç·|¦p¦óµù¥U¸Ë¸mÀɵ¥. ³Ì«á´ú¸Õ®É·|±¾¸ü¦¹¸Ë¸mÀÉ, ¶i¦æÅª¼gªº°Ê§@¥HÅçÃÒµ{¦¡½X. ¡@ ¦¹¹êÅçÅý¾Ç¥Í¯à¾Ç·|¦p¦ó¥h¼g¤@ÓPCI Device Driver, ¨Ã§Q¥ÎLinux Kernel¸Ì©Ò´£¨ÑªºAPI¥h¹ê§@¤@ÓPCI Device Driver, ¥Dn¥]¬A¤F°O¾ÐÅé¦ì¸m, I/O port, Configuration registers³o¤T³¡¥÷, ¦¹Driver·|¸òKernelµù¥U¤@ÓPCI Driver, ¨Ã¥B¥i¥H¥hŪ¨úPCI Driver ªºInformation.¡@ |
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003-05 |
¶}µo±Ð®v¡G½²°êÞk ½Òµ{¦WºÙ¡G¨t¿é¥X¤J¸Ë¸m»PÅX°Êµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G®ü¬v¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G02-2462-2192 # 6650 ¦a§}¡G°ò¶©¥«¤¤¥¿°Ï¥_¹ç¸ô2¸¹®ü¬v¤j¾Ç¹q¾÷¤GÀ]505«Ç ú¥æ¤é´Á¡G ¡@ |
|
Content: 5 Lab modules |
Platform:
S Lab1: Build and Test of Linux on target ³oÓ¹êÅç±Ð§Ú̧Q¥Î Domingo for Linux ´£¨Ñªº Load module ¥\¯à±N Linux kernel image¡BRoot Filesystem ¤U¸ü¨ì Linux Target ºÝªº RAM ¤¤¡A¦A±Ò°Ê Linux Target ºÝªº Embedded Linux ¡@ ¬°¹F¨ì¦bTARGETºÝµ{¦¡°£¿ùªº¥Øªº,§Ų́ϥÎdomigo³o®M¨ã¦³±j¤j¥\¯àªºÀ³¥Îµ{¦¡¾ã¦X¶}µo°£¿ù¤u¨ã,¥i¥H´£¨Ñ¦bGUIªºÀô¹Ò¤¤,»´©ö¹F¦¨µ{¦¡ªºµo®i¤Î°£¿ù.¥»¹êÅçÅý¦P¾Ç¯à¾Ç²ß¦p¦ó¥¿½Tªº¨Ï¥Îdomigo°£¿ù ¡@ Interrupt ¦b§@·~¨t²Î¤è±¬O«Ü«nªº¤@Àôªº, ¤@¶}©l±N¥ý»¡©ú¦UºØ¤¤Â_¨Ó·½¤Î¤¤Â_°T¸¹§PÂ_, ¦Ó³oÃä±N¤¶²Ð¦p¦ó¦bDomigo ¾Þ§@¥¥x¸Ì¨Ï¥Î¤¤Â_, ¨Ã¥B¥i¥H¦b°õ¦æµ{¦¡®É, «ü©w°±¤î¦b¬Y¤@¦æ©Î¬O¬YÓ¬q¸¨, ¼W¥[µ{¦¡ªº¥iÅÜ°Ê©Ê ¡@ ¬°¤F¯à°÷¦bS ¡@ Lab5: §Q¥ÎVMWare¦w¸ËLinux§@·~¨t²Î ¬°¤F¯à°÷¦bS |
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004-02 |
¶}µo±Ð®v¡G¶À¤h®ï ½Òµ{¦WºÙ¡G³sºô«¬¨t²Î´¹¤ù¤§´O¤J¦¡³nÅé ¾Ç®Õ¨t©Ò¡G¤¸´¼¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G¤ý³Ó¼w |
¹q¸Ü¡G03-463-8800 x 2364 ¦a§}¡G®ç¶é¿¤¤¤Ãc¥« 320 »·ªF¸ô135¸¹ ¤¸´¼¤j¾Ç¤@À]1705B ú¥æ¤é´Á¡G ¡@ |
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Content: 9 Lab modules |
Platform:
VIPER l To
be familiar with PPRK, VIPER and the cross compiler. l To
understand how to write a program to control the PPRK. The goal of this lab is l to
understand how the PPRK moves. l to
control the PPRK to move the way you want. In the lab, you will develop a program to control the PPRK to move to the given direction and distance. ¡@ The objectives of this lab is to develop a program using the infrared sensors on PPRK (GP2D12) to collect the environmental information. In the lab, your PPRK will be put in the provided LEGO castle, and you will be asked to write a program to estimate the shape of the castle. ¡@ Lab4: Chase with Single Thread ¥»¹êÅ窺¥Øªº¥Dn³]p¤@µ{¦¡¡A±±¨îPalm Pilot Robot Kit(PPRK)°lÂܨÃÂê©wª«Åé¡A¦b³oÓ¹êÅ礤¡APPRK±«e·|³Q©ñ¸m¤@Áû²y¡A§@¬°°l³vªº¹ï¶H¡A·íPPRKÂê©w¦¹ª«Åé«á¡A·|§Q¥Îsensor¥h·PÀ³ª«Å骺¶ZÂ÷¡A¦Ó¶i¦æ²¾°Ê¡C ¡@ ¥»¹êÅ窺¥Øn¨D¾Ç¥Í³]p¤@µ{¦¡¡AÅýPalm Pilot Robot Kit(PPRK)°l³vª«Åé¡C¦b³oÓ¹êÅ礤¡APPRK±«e·|³Q©ñ¸m¤@Áû²y¡A§@¬°°l³vªºª«Åé¡A·íPPRKÂê©w¦¹ª«Åé«á¡A·|§Q¥Îsensor¥h·PÀ³ª«Å骺¶ZÂ÷¡A¦Ó¶i¦æ²¾°Ê¡C¦¹¹êÅ礣¦P©óSingle Thread¡A¾Çû¥²»Ý¨Ï¥ÎMulti-Threadªº¤è¦¡¹F¨ìReal-Time¡C ¡@ ¹êÅç¥Øªº¬°¤F¸Ñtarget system:VIPER§@·~¨t²Î¤§¹B§@¡A¨Ã¼¶¼gµ{¦¡¨Ó±±¨îVIPER®É¯ß³t«×»P¹qÀ£¡A¨Ã³z¹L¼ÒÀÀµ{¦¡¤F¸Ñ®É¯ß°ª§C¹ï°õ¦æ®Ä²vªº¼vÅT¡C¦b¨t²Î¶¢¸m®É¥i¥H±N®É¯ß»P¹qÀ£°§C¥H¸`¬Ù¹q¤Oªº®ø¯Ó¡A¤Ï¤§·í¨t²Î»Ýn³B²z¤j¶q¸ê®Æ®É¡A¥i¥H¸û°ª®É¯ß»P¹qÀ£´«¨ú¸û¦nªº©Ê¯à¡C ¡@ ¦¹¦¸ªºlab¡A¥Dn¬O¦bn¨D¾Ç¥Í¯à§Q¥Î¦Û¦æ³Ð§@ªº¤è¦¡¡A±N¦¹¦¸labªº¥Øªº¹F¨ì¡C¾Ç¥Í¥²¶·¦Û¦æ½s¼gµ{¦¡¡A¼ÒÀÀ¦b¤Q¦r¸ô¤fµ¥¬õºñ¿OªºPPRK¡A³z¹L©Msever¤¬¶Çmessageªº³q°T¤è¦¡¡A¨Ó±oª¾¬O§_¥i¥H³q¹L¦¹¸ô¤f¡C¦b¹Lµ{¤¤¤£¤¹³\¦³¥ô¦óªº¨®º×µo¥Í¡A¨Ã¥B¦b¤@¤èªºPPRK³q¹L«á¡A¥t¤@¤è§YÅܬ°ºñ¿O¡AµM«á¥t¤@¥xPPRK±µµÛ³q¹L¡Aµ²§ô¦¹¦¸lab©Òn¨Dªº¬yµ{¡C ¡@¡@ ¦¹¦¸ªºlab©µÄòLab7¡A¦P¼Ë¬On¨D¾Ç¥Í¯à§Q¥Î¦Û¦æ³Ð§@ªº¤è¦¡¡A±N¦¹¦¸labªº¥Øªº¹F¨ì¡C¾Ç¥Í¥²¶·¦Û¦æ½s¼gµ{¦¡¡A¼ÒÀÀ¦b¤Q¦r¸ô¤fµ¥¬õºñ¿OªºPPRK¡A¦ý³o¦¸¹êÅç©MLab7ªº¤£¦P¦b©ó¡APPRK©MPPRK¶¡ªº³q°T¤£¬O³z¹Lsever¡A¦Ó¬O§Q¥ÎPPRK¶¡ad-hocªº¤è¦¡¨Ó±oª¾¬O§_¥i¥H³q¹L¦¹¸ô¤f¡C¦P¼Ëªº¡A¦b¹Lµ{¤¤¤£¤¹³\¦³¥ô¦óªº¨®º×µo¥Í¡A¨Ã½T«OPPRK¯à¶¶§Q³q¹L¡C ¡@ ¦¹¦¸lab¦P¼Ën¨D¾Ç¥Í¯à§Q¥Î¦Û¦æ³Ð§@ªº¤è¦¡¡A±N¦¹¦¸labªº¥Øªº¹F¨ì¡C¾Ç¥Í¥²¶·¦Û¦æ½s¼gµ{¦¡¡A¼ÒÀÀ¦b¤Q¦r¸ô¤fµ¥¬õºñ¿OªºPPRK¡CµM¦Ó³o¦¸¹êÅçµ²¦X¤F«e¨â¦¸¹êÅç¡A¸ô¤fªº³q°T¤è¦¡±q쥻ªº³æ¤@ºØÅܦ¨¨âºØ¡A¤]´N¬O³z¹L©Msever¤¬¶Çmessageªº³q°T¤è¦¡¡A¥H¤ÎPPRK¶¡ad-hocªº³q°T¼Ò¦¡¡A¨Ó±oª¾¬O§_¥i¥H³q¹L¦¹¸ô¤f¡A¦b¹Lµ{¤¤¦P¼Ë¤£¤¹³\¦³¥ô¦óªº¨®º×µo¥Í¡C |
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004-03 |
¶}µo±Ð®v¡G¬I¦Nª@ ½Òµ{¦WºÙ¡G連ºô«¬¨t²Î´¹¤ù¨t²Î¤§´O¤J¦¡³nÅé ¾Ç®Õ¨t©Ò¡G¥xÆW¤j¾Ç¸ê°T¤uµ{¾Ç¨t/ ºô¸ô»P¦h´CÅé¬ã¨s©Ò ¥D¼f©eû¡G³\©s¶W |
¹q¸Ü¡G02-33664927 ¦a§}¡G¥x¥_¥«Ã¹´µºÖ¸ô¥|¬q¤@¸¹¸ê°T¤uµ{¨t523«Ç ú¥æ¤é´Á¡G ¡@ |
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Content: 11 Lab modules |
Platform:
PCM7230 To be familiar with PPRK, PCM-7230 and the cross compiler. To understand how to write a program to control the PPRK. ¡@ The goal of this lab isto understand how the PPRK moves. To control the PPRK to move the way you want.Develop a program to control the PPRK to move to the given direction and distance ¡@ ³oÓ¹êÅç§ÚÌÂǥѵ{¦¡¶}µo¨Ó¨Ï¥Î PPRK¤Wªº¬õ¥~½u¸Ë¸m¡A¨Ó¦¬¶°Àô¹Ò¸ê°T¡A¨Ã§Q¥Î¹êÅç¼Ò²Õ¤GControlªº¸gÅç¨Ó±±¨îPPRKªº°Ê§@¡C³Ì«á¨Ã±N©Ò±o¨ìªºì©l¸ê®ÆÂà´«¦¨¶ZÂ÷³æ¦ì¡C ¡@ Lab4: Chase with Single Thread The goal of this lab is to develop a program that controls the PPRK to chase an object. In the lab, we will put a ball in front of your PPRK, and your program shall chase the ball for a certain amount of time. ¡@ ³oÓ¹êÅçn¶}µo PPRK ¦h«°õ¦æ§Çªº¯à¤O¡A¨Ã¥B³Ì«á¥H¯à°÷¾Þ±±×½Ò¾Ç¥Íªº PPRK ¥h°lÂܧU±Ð¤§PPRK¡C¦¹¹êÅ祲¶·§Q¥Î¹êÅç¼Ò²Õ¤G¡B¤T¨Ï PPRK ¨ã¦³1.°lÂÜ¥\¯à¡B2.¨¾¸I¼²¯à¤O¡C ¡@ Lab6: Practicing Dynamic Clock/Voltage Scaling (DVS) for Embedded Processor Practice how to configure embedded operating systems.Implement a new system call.Dynamically adjust the clock rate/voltage of an embedded processor. ¡@ Lab7: Networking via 802.11 Infrastructure Mode «Ø¸m´¼¼z«¬¥æ³qºÞ¨î¨t²Î¡A PPRK ¸g¥Ñ±µ¦¬Server (PCM-7320) ±µ¦¬¥æ³qºÞ¨î©R¥O¨Ó³q¹L¥æ¤e¸ô¤f¡A¦b¥æ¤e¸ô¤f®É¥Ñ PPRK ¶Ç°e°T®§µ¹ Server ºÝ¡A¦A¥Ñ¡@Server ºÝµ¹¤© PPRK ³q¹L³\¥iªº°T®§¡A«Ý PPRK ³q¹L«á¦A¶Ç°e°T®§µ¹ Server ½T»{¡C ¡@ Lab8: Networking via 802.11 Ad-Hoc Mode The goal of this lab is to build an intelligent traffic coordination system. The PPRK should not get any car accident on the way. This lab works in non-infrastructure mode. ¡@ Lab9: Networking via 802.1 Hybrid Mode «Ø¸m´¼¼z«¬¥æ³qºÞ¨î¨t²Î¡A PPRK ¸g¥Ñ±µ¦¬Server (PCM-7320) ±µ¦¬¥æ³qºÞ¨î©R¥O¨Ó³q¹L¥æ¤e¸ô¤f¡AY¨S¦³±µ¦¬¨ì Server ºÝªº°T¸¹¡A«h¥Ñ¨â²ÕPPRK¤¬¬Û¶Ç¿é°T®§¨M©w³q¹Lªº¨ó©w¤u§@¡C ¡@ Lab10: Embedded OS Configuration The goal of this lab is to practice how to configure embedded operating systems and build your own ramdisk image. You will be guided to set up a new IP address for your PCM-7230 and install a packet generator for your embedded systems. §Q¥Î ADVANTECH PCLD-8710¤Î PCI-1710 °µ A/D ©M D/A ªº±±¨î¥H¤Î¦b¤£¦P®É§Ç¤U¦w±Æ¤£¦Pªº¤u§@¥ô°È¡A¨Ã¥Ñ¥Üªi¾¹Æ[¬Ýªi§Î¡C |
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005-02 |
¶}µo±Ð®v¡G¶À®õ¤@ ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G²MµØ¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G03-571-5131 x 34196 ¦a§}¡G·s¦Ë¥«¥ú´_¸ô¤G¬q101¸¹²MµØ¤j¾Çºî¤GÀ]751«Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Lab1: System Call
Implementation The objective of this hand-on lab is to train students with the process of creating a new system call on Linux. To achieve this goal, students should be first familiar with the Linux kernel. A student will learn to modify Linux kernel to create a new system call in Linux. By this way, students can get kernel data through these new system calls when tracing Linux code in run-time. ¡@ Lab2: KGDB Environment
Setup Timer & Keyboard ISR The objective of this hand-on lab is to set up a KGDB environment which support debugging operating system and modify the Interrupt Service Routine in the given OS. To achieve this goal, students should be first familiar with the OS kernel code and learn how to set a KGDB environment. A student will learn to modify ISR to realize how ISR works in an OS. By this way, students can design another mechanisms triggering by timer in OS. ¡@¡@ The objective of this hand-on lab is to design the bottom half mechanism in OS. To achieve this goal, students should be first familiar with the OS kernel code and learn how to handle ISR with bottom half mechanism. A student will learn to create a new component to serve ISR request and execute the deferred function afterwards. By this way, students get more familiar with the ISR mechanism. ¡@ The objective of this module is to extent original eos_x86. To achieve this goal, students should be first familiar with the OS kernel code and learn how to add a new component in the system. A student will learn to modify OS kernel to make it more completely. By this way, students can design a new integrity OS by their own.¡@ |
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007-02 |
¶}µo±Ð®v¡G«J§Ê°¶ ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¤uµ{¬ì¾Ç©Ò ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G06-2757575 Âà 63334 ¦a§}¡G¥x«n¥«ªF°Ï¤j¾Ç¸ô1¸¹¦¨¥\¤j¾Ç¤u¬ì¨t41505«Ç ú¥æ¤é´Á¡G |
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Content: 6 Lab modules |
³oÓ¹êÅ窺¥Dn¥Øªº¬OÅý¾Ç¥Í¾Ç²ß¦p¦ó¨Ï¥ÎJava©MJDK¡A¨Ã¾Ç²ß©I¥sJavaLayer¥H¤Î¹ï¨ä¼W§R¥\¯à¡A³Ì«á°t¦XJava GUI¨Óµo®i¤@ÓMP3 Playerªº¤H¾÷¤¶±¡C³Ì«á¦¨«~ªºMP3 Player¦³°ò¥»ªº¥\¯à(¼½©ñ¡B¼È°±¡B¤W¤@º¡B¤U¤@º)¤Î¦Ûq¯S®í§Îª¬ªºµøµ¡¡C ¡@ Lab2: Java Native
Interface call C library ¥Dn¥Øªº¬OÅý¾Ç¥Í¾Ç²ß¦p¦ó¨Ï¥ÎJava Native Interface ¡@¡@ Lab3: C# Window form programming for PDA ¥»¹êÅ禮¦bÅý¾Ç¥ÍÁA¸Ñ¦p¦ó¨Ï¥ÎC#¼¶¼gPDAªºWindows Formªºµ{¦¡¡A§Q¥Î²³æªºPictureBox¡BTextBox¡BListBox¡BButton¤Î¨Æ¥ó¨Ó°µ»¡©ú¡C ¡@ ¥»¹êÅç¥Øªº¦b©óÅý¾Ç¥Í¨Ï¥ÎMediaplayer SDK / FMOD API¶}µo¦bPC / Pocket PC¤Wªº¦h´CÅé¼½©ñ¥¥x¡A¥H¤Î¾Ç²ß¦p¦ó¦bC#¤¤¨Ï¥ÎdllÀÉ»PPlatform/Invoke¡C ¥Dn¥Øªº¬OÅý¾Ç¥Í¾Ç²ß¦p¦ó¨Ï¥ÎJava Native Interface ±Ð¾É§ÚÌ¥i¥H¨Ï¥Î¤å¥ó©Ò«ü¥Üªº¨BÆJ¨Ó½sĶ¥X¦Û¤vªºQt Library¡A¨Ã¥B¥i¥H§Q¥Î³oÓQt Library¨Ó°µ¥X¹Ï§Î¤Æªºµøµ¡¡C¡@ §Q¥Î¦hÓ¹êÅç©Mhomework¡AÅý¾Ç¥ÍÁA¸Ñºô¸ô¹B§@ªº¤è¦¡¡A¥B¯à°÷³W¹º¡B³]p¥X¤@Ó¦P®É¥i¥H²¾´Ó©Ê°ªªººô¸ôµ{¦¡¡A¦¹µ{¦¡¥i¥H«·s½s͹B¦æ¦bx86©Î¬Oarm¥¥x¡A¨Ã¥B¯à°÷¿W¥ß³Ð§@¥X¤@ÓÄÝ©ó¦Û¤vªººô¸ô¨ç¦¡®w¡C³Ì«áÅý¾Ç¥Í¯à°÷§Q¥Î¦Û¦æ»s§@ªººô¸ô¤¸¥ó¡A¥[¤Wµ{¦¡ªº·§©À¡A»s§@¤@Ó¥i¥HÅý¦h¤H³s½uªºµ{¦¡¡A³Ì«á¶i¤@¨B¤Þ¾É¾Ç¥Í§Q¥Î¨âÓµ{¦¡¨Ó§¹¦¨¤@Ó²á¤Ñ«Ç¡C¡@ |
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007-03 |
¶}µo±Ð®v¡G¤ý³Ó¼w ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¥xÆW¤j¾Ç¹q¾÷¤uµ{¾Ç¨t ¥D¼f©eû¡G±ç¤åÄ£ |
¹q¸Ü¡G02-3366-3579 ¦a§}¡G¥x¥_¥«Ã¹´µºÖ¸ô4¬q1¸¹³Õ²zÀ] 523 «Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform: NET-Start-IXP! Lab1: Setting up a development environment for NET-Start-IXP! ¡V An Xscale Network Processor Platform «Ø¥ß¹ê²ßª©NET-Start-IXPªº¹êÅçÀô¹Ò¡A¤F¸Ñ¹ê²ßª©ºô¸ôÀô¹Ò³]©w¡A¥]¬ADHCP¡Bhttpd¡BNFS client and serverµ¥¡C Lab2: Application Layer
Packet Classifier for Linux ¾Ç²ß׸É(patch) Linux Kernel¥H¼W¥[ºô¸ô²Ä¤C¼h(layer 7, À³¥Î¼h)ªº«Ê¥]¹LÂo¯à¤O¡A«·s½sĶ׸ɫ᪺ Linux Kernelµ¥¹Lµ{¡C½m²ß iptables °ò¥»«ü¥O¡C½m²ß layer 7 ªº¹LÂoÃþ«¬¡]pattern¡^³]©w¡C Lab3: Bootloaders and C-Assembly Interface »¡©ú¦p¦ó³]¸mWiscore IXP420ªºbootloader¶}µoÀô¹Ò¡A¤Î¤¶²Ð¦p¦ó§ó·sBootloader¡BKernel¤ÎRamDisk¡C Lab4: Building Toolchain and Remote Debugging for NET-Start-IXP-420 To learn tool chain building procedure for an embedded system, for example NET-Start-IXP-420.To learn Building gdbserver using the tool chain obtained in the above procedure and remote debugging |
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007-04 |
¶}µo±Ð®v¡G³¯«C¤å ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G³{¥Ò¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G04-24517250 x 3792 ¦a§}¡G¥x¤¤¥«¦è¤Ù°Ï¤åµØ¸ô100¸¹³{¥Ò¤j¾Ç¸ê°T¤uµ{¨t ú¥æ¤é´Á¡G |
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Content: 7 Lab modules |
Platform: µØ¦ëQT2410 ¥Ñ©ó¤j³¡¥÷ªº¶}µoªO»PPCªº·¾³q¤j³¡¥÷¬O³z¹LRS-232¶i¦æ·¾³q¡A¦]¦¹¦b¦¹¹êÅ礤§Y¬°¤¶²ÐRS-232ªº³q°Tì²z¡A¨Ã¦b¹êÅ礤³z¹L¼¶¼gRS-232ªºµ{¦¡¯à§ó¤F¸Ñ¨äì²z¡C ³oÓ¹êÅç±Ð§Ú̦p¦ó§Q¥Î ADS¡]ARM Develop Suite¡^¶}µoC Program¡C Lab3: Embedded Operation System (Linux) ³oÓ¹êÅç¥Dn¦bÁA¸Ñ¦p¦ó±NBootloader¡BLinux Kernel¤ÎRoot Filesystem¿N¿ý¦ÜQT-2410¶}µoª©¤W¡A¨Ã§Q¥Î´£¨Ñªº¤u¨ã¡ABuild¥XBootloader¡]vivi¡^¡BLinux Kernel¤ÎRoot Filesystemµ¥Image File¡C Lab4: Develop Program in Linux ³oÓ¹êÅç±Ð§Ú̦bLinux¤W¶}µoProgram¡A¥]§t¤Fgcc compilerªº«ü¥O¾Þ§@¤Î¨Ï¥Î¡A¨Ã¥B»¡©úMakefileªº½s¿è¥H¤Î¦p¦ó§Q¥ÎMakefile Compile¤j¶qªºC Code¡C±µµÛ»¡©úNFSªº°ò¥»ì²z¥H¤Î¬[³]¬yµ{¡A³Ì«á²³æ¤¶²ÐSocketµ{¦¡¡C Lab5: Kernel Module Program in Linux ¦¹¹êÅç¥Dn¬°¦p¦ó¦bLinux¤¤«Ø¸m¤@Device Driver¡]Or Kernel Module¡^¡A¨Ã³z¹LÃìµ²ªº°Ê§@¡A¨Ï±o¥i³z¹L¤@¯ëOperation¹ï¸ÓDevice¶i¦æ¾Þ§@¡C Lab6: Embedded Operation System (Windows CE) ³oÓ¹êÅç¥Dn¬°§Q¥ÎMicrosoftªºPlatform Builder¡A±Nqt-2410¿N¤J¥t¤@ÓEmbedded Operating System¡GWinCE¡A¨ÃÁA¸Ñ°ò¥»Platform Builderªº¾Þ§@¡C Lab7: Develop Program with VS. NET ¥Ñ©ó«e¤@Ó¹êÅ笰±NWinCE¿N¿ý¦ÜQT-2410¤W¨Ï¥Î¡A¦]¦¹³o¸Ìªº¹êÅç¥Dn§Y¦bWinCE¤W§Q¥ÎMicrosoftªºVisual Studio .Net¨Ó¶}µoWinCE¤WªºÀ³¥Îµ{¦¡¡C |
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¶}µo±Ð®v¡G·¨¥¿¤¯ ½Òµ{¦WºÙ¡G´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¤¸´¼¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G03-4638800 x
2367.41 ¦a§}¡G®ç¶é¿¤¤¤Ãc¥«»·ªF¸ô135¸¹¤¸´¼¤j¾Ç¤@À]1405B«Ç ú¥æ¤é´Á¡G ¡@ |
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Content: 9 Lab modules |
Platform:
Taurus ACEX1K SOPCµo®iªO Lab1: §Y®É§@·~¨t²Î¡XLCDµo®i¥¥xÀ³¥Î ¥»¹êÅç¾Ç²ß¦p¦ó¨Ï¥ÎTaurus ACEX1K¬ÛÃöªºLCDµo®i¥¥x¡C¦b¹êÅ礤¾Ç²ß¦p¦ó¨Ï¥ÎLCDÅã¥Ü¨Ã¥B¨Ï¥Î¨äIJ±±¦¡¿Ã¹õ¿é¤J½m²ß¡C ¡@ Lab2: §Y®É§@·~¨t²Î¡XuC/OS-II¤U¥ô°È¤§¶¡ªº¤Á´« ¥»¹êÅç¥Dn¬OÅý¾Çûª¾¹D¦p¦ó¨Ï¥ÎuC/OS-II°õ¦æ¥ô°È¤§¶¡ªº¤Á´«¡A¨Ã¥BÅý¾Çûª¾¹D¥ô°È¤Á´«¨ä¤¤ªº¹Lµ{¡C ¡@ Lab3: §Y®É§@·~¨t²Î¡XProviding Non-Destructive Read Message API for Message Queue
Management in MicroC/OS-II ¥»¹êÅç¼W¥[MicroC/OS-II Message QueueªºAPI¡A쥻MicroC/OS-II©Ò´£¨ÑªºOSQP()¡A¦b±µ¦¬°T®§ªº®ÉÔ§â¦bMessage Queue¸Ì±ªº¸ê®Æ§R°£¡C§ÚÌ´£¨ÑªºAPI¤¹³\MicroC/OS-IIªºMessage Queue¥i¥H±µ¦¬°T®§¥B¤£·|§â¦bMessage Qeueu¸Ìªº¸ê®Æ§R°£¡A¥i¥HÅý¦hÓTask¥i¥H©ó¤£¦P®É¶¡±µ¦¬¦P¤@¥÷Message¡C ¡@ Lab4: §Y®É§@·~¨t²Î¡XProviding Flush( ) API in uC/OS-II ¥»¹êÅç·s¼W¤@ÓOSSemFlush()À³¥Î©ósemaphores¤W¡A¥Î©óÅý©Ò¦³¥¿¦bµ¥«Ý¦P¤@Ósemaphoreªºtasks¥þ³¡unblock¡A·N«ä¬O³o¨Çtasks±qsemaphoresªºwaiting list¤W²¾°£¡A¥Btasks¥Ñwaitingª¬ºA¦^¨ì¤§«e쥻ªºª¬ºA¡CÁ|¤@Ó¨Ò¤l¡Aµ{¦¡³]p®v¥i¯à³]p¦hÓtasks¦b¬Y¯S©w®É¶¡¥h§¹¦¨¤@¥ó¤u§@¡A³o¨Çtasks¥i¥H³]p¬°³£·QÀò±o¤@Ó¦@¦Pªºsemaphore¦Ó³Qblock¡C·í¯S©w®É¶¡¤@¨ì¡A¥t¥~¤@Ótask°õ¦æOSSemFlush()¨Ã§@¥Î©ó¦¹¦@¦Pªºsemaphore¤W¡C©ó¬O³o¨Ç³Qblockªºtasks±q¦@¦Psemaphoresªºwaiting list¤W²¾°£¡Ataskª¬ºA¦^¨ìreadyª¬ºA¨ÃÄ~Äò°õ¦æ¥H§¹¦¨¤u§@¡CÁ`¦Ó¨¥¤§flushªº¥Dn¥\¯à¦b©ósignal¤@¸stasks¡C ¡@ Lab5: §Y®É§@·~¨t²Î¡XuC/OS-II¤¤Ready List
Mapping §Y®É§@·~¨t²Î¥²¶·´£¨Ñ¤ÏÀ³¨³³tªº¾Þ§@Àô¹Ò¡A¦]¦¹¡AµL½×¬O¨t²Î©I¥s¤¶±¡B¤º³¡¸ê®Æµ²ºc¡Bºtºâªkªº³B²z®É¶¡³£¥²¶·«Üµu¡A¥HÁ×§K²£¥Í¤Ó¤jªº©µ¿ð¡A¾ÉP§Y®É§@·~¨t²Î¦^À³À³¥Îµ{¦¡ªº®É¶¡¹Lªø¡C¬°¤FÅý¾Ç¥Í§ó¼ô±x§Y®É§@·~¨t²Î¤¤ªº¤º³¡¸ê®Æµ²ºc¡A¥»¹êÅç³W¹º¾Ç¥Í×§ï§Y®É§@·~¨t²Î¤¤ªº Ready List¡C ¡@ Lab6: §Y®É§@·~¨t²Î¡XProviding Round-Robin Scheduling for uC/OS-II (I) ¥»¹êÅç×§ïuC/OS-IIªº±Æµ{ºtºâªk¡A±NuC/OS-II´£¨Ñªº64Ó¬Û²§ªºpriority¤À¦¨¨âÓ³¡¤À¡A¤@³¡¤À¨Ï¥Îpriority-basedªº±Æµ{¤è¦¡¡A¥t¤@¤è±«h¥ÎRound-Robinªº±Æµ{¤è¦¡¡C ¡@ Lab7: §Y®É§@·~¨t²Î¡XProviding Round-Robin Scheduling for uC/OS-II (II) ¥»¹êÅç×§ïuC/OS-IIªº±Æµ{ºtºâªk¡A¨Ï±ou/OS-IIªºTask¥i¥H¾Ö¦³¬Û¦Pªºpriority¡A¦Ó¾Ö¦³¬Û¦PpriorityªºTasks±ÄRound-Robin±Æµ{¤è¦¡¡C |
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Platform: ªø°ª¬ì§ÞDMA-PXA ¡@ Lab8: §Y®É§@·~¨t²Î¡X¦h´CÅéÀ³¥Îµ{¦¡¤§¶}µo ªñ¦~¨Ó´O¤J¦¡¥¥x¤Wªº¦h´CÅéÀ³¥Î¤j¶q¼W¥[¡AµL½×¬OPDA©Îsmart phone¤Wªº¦h´CÅé¥\¯à§¡º¥Áͧ¹µ½©M½ÆÂø¡C¥Ñ©ó´O¤J¦¡¨t²Î¤W©¹©¹¹B¦æ§Y®É§@·~¨t²Î¡A¦b¥»¹êÅ礤¡A¾Ç¥Í±N¾Ç²ß¦p¦ó¦b´O¤J¦¡¨t²Î¤W¶}µo¦h´CÅéÀ³¥Î¡A¥H¤Î±´°Qµ²¦X§Y®É§@·~¨t²Î»P¦h´CÅéªA°Èªº¬ÛÃöijÃD¡C ¡@ Lab9: §Y®É§@·~¨t²Î¡XGPSÀ³¥Îµ{¦¡¤§¶}µo ¦b´O¤J¦¡¥¥xªºÀ³¥Î¤¤¡Aµ²¦XGPSªº¦a²z¸ê°T¨t²Î¤@ª½¬O¬Û·í¨ü¨ìÃöª`ªº¡C¦b¹L©¹ªº¹ê²ß½Òµ{¤¤¡A¥ç¤Ö¦³¾÷·|±µÄ²GPSÀ³¥Îµ{¦¡¤§¶}µo¡C¦]¦¹¡A¦b¥»¹êÅ礤¡A§Ú̳W¹º¾Ç¥Í¹ê»Ú¨Ï¥ÎGPS·PÀ³¾¹±µ¨ü½Ã¬P°T¸¹¡A¨Ã¥BÅý¾Ç¥Í¸ÑªRGPS½Ã¬Pµo¥X¤§°T®§¡A¨Ã§Q¥ÎGPS½Ã¬Pµo¥X°T®§¤¤¤§®É¶¡ÂW°O¨Ó®Õ¥¿´O¤J¦¡¥¥x¤W§Y®É§@·~¤§®É¶¡¬ö¿ý¡C |
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¶}µo±Ð®v¡G±i¥ß¥ ½Òµ{¦WºÙ¡G´O¤J¦¡§Y®É§@·~¨t²Î ¾Ç®Õ¨t©Ò¡G¥æ³q¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G³¯¶®²Q |
¹q¸Ü¡G03-5712121 ext
59329 ¦a§}¡G·s¦Ë¥«¤j¾Ç¸ô1001¸¹¸ê°T¤uµ{(©Ò) ¹q¸ê¤j¼Ó705«Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform:
Altera NIOS-II evaluation board Lab1: Running uc/OS-II on evaluation boards To learn how to implement periodically recurring tasks, and to observe the scheduling behaviors To learn how to implement the periodic tasks To learn how to execute OS on evaluation
boards ¡@
Lab2: Deadline-driven real-time scheduler design and implementation To lean how to implement an EDF
scheduler in uC/OS-II To learn the difference between deadline-driven and
priority-driven schedulers ¡@ Lab3: Real-time scheduling
algorithms for apreiodic/sporadic jobs: Constant Utilization Servers To learn the difference between periodic and aperiodic scheduler To learn how to implement constant utilization server and background execution ¡@ Lab4: To implement the
ceiling-priority protocol in uC/OS-II To
learn what is a resource protocol in uC/OS-II To learn how the ceiling-priority protocol avoid the deadlock |
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¶}µo±Ð®v¡G¿½§»³¹ ½Òµ{¦WºÙ¡G³sºô«¬¨t²Î´¹¤ù¨t²Î¤§´O¤J¦¡³nÅé ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G³¯ÄP¤É |
¹q¸Ü¡G¡]06¡^2757575 ext. 62548 ¦a§}¡G¦¨¥\¤j¾Ç¸ê°T¤uµ{¾Ç¨t ú¥æ¤é´Á¡G ¡@ |
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Content: 4 Lab modules |
Platform:
CrossbowTM MICA Sensor Network Lab1: A First Course in Installing and Programming MICA Sensor Networks To learn how to install the TinyOS. And to verify whether the installation of MICA and TinyOS function correctly. To understand how to read a sensory datum from a sensor mote, how to communicate using two distinct sensors and how to perform broadcast in a sensor network.¡@ Lab2: A Case of Programming a Single MICA Sensor Mote To understand how to toggle a LED provided by a MICA mote, periodically. To understand how to manipulate a photo sensor in a MICA mote and to display a datum sensed by the senor using the three LEDs associated with the mote. To understand how to include an additional software module into a mote program such that an existing hardware component in a mote becomes active ¡@ Lab3: An Introduction to
TinyDB: Installation and Usage To learn upgrading TinyOS and installing TinyDB in MICA2 mote. To test the MTS300 sensors (including temporary, light and voltage) plugging on MICA2 mote by placing many MICA2 motes everywhere, and return the data to the user computer. ¡@ Lab4: An Application
Example with MICA Sensor Networks To build a MICA Sensor Network, and root mote retrieve Sensory Data and Send Mails. |
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¶}µo±Ð®v¡G¤ý³Ó¼w ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G¥xÆW¤j¾Ç¹q¾÷¤uµ{¾Ç¨t ¥D¼f©eû¡G·¨¥¿¤¯ |
¹q¸Ü¡G02-3366-3579 ¦a§}¡G¥x¥_¥«Ã¹´µºÖ¸ô4¬q1¸¹³Õ²zÀ] 523 «Ç ú¥æ¤é´Á¡G |
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Content: 5 Lab modules |
Platform:
CreatorXcale PXA255 Lab1: An Overview of ICE & Debugger To be familiar with the ICE environment Practice the debugging function ¡@ Lab2: Trace Interrupt Handling in uClinux using ICE ¨Ï¥ÎJTAG ICE Àô¹Ò¡A¹ê²ßLinux kernel debugging ªºÆ[©À»P¹Lµ{¡A¶i¤@¨B¤F¸Ñinterrupt¡A»P device driver ªº¹B§@¬yµ{¡C ¡@ Lab3: Adding DIP/LCD
device driver to uClinux Learn how to add device driver into a uClinux Kernel and know how basic I/O works, where the driver reads data from DIP, then reflects it on the LED. ¡@ Lab4: Home TV part 1:
using Intel XScale PXA255-- Building Mplayer ½m²ß¦b´O¤J¦¡Linux§@·~¨t²Î¤W¦w¸Ë¦h´CÅéÀ³¥Îµ{¦¡¡A¨Ã§Q¥ÎLCD¼½©ñ¤@¬q¼v¤ù¡C Lab5: Home TV part 2:
using Intel XScale PXA255--user interface design ¦¹¹êÅ礤¡A¾Ç¥Í»Ý½m²ß¦bMplayer³nÅ餤¦w¸Ë¦r«¬©M·s¼W«È»s¤Æªº¼½©ñ¿ï³æ¡C |
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¶}µo±Ð®v¡G±ä§µòR ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G¥æ³q¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡GªL§Ó±Ó |
¹q¸Ü¡G03-571-2121
ext.54760 ¦a§}¡G¥x·s¦Ë¥«¤j¾Ç¸ô1001¸¹¤uµ{¤TÀ] 214«Ç ú¥æ¤é´Á¡G |
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Content: 5 Lab modules |
Platform:
Create XScale-PXA270 Lab1: System/software
development tools and platform Build the Bootloader¡BOS¡BApplication for Create XScale-PXA270 ¡@ Lab2: Embedded hardware
and software design FPGA development¡BVHDL programming ¡@ Lab3: Embedded harware¡Bdevice driver and kernel design Implement Linux device driver modules ¡@ Lab4: DSP dual-core
communication and software design DSP communication and programming Lab5: Team project: Home
surveillance system design An application for home surveillance |
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¶}µo±Ð®v¡G³¯§Bºa ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G²H¦¿¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G¿½§»³¹ |
¹q¸Ü¡G02 2621-5656 x 3301 ¦a§}¡G¥x北¿¤²H¤ôÂí^±M路151 ¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Lab1: Observing Linux
Behavior This exercise is to study some aspects of the organization and behavior Linux system by observing values stored in kernel variables. ¡@ This exercise is to study how the kernel implements interval timers, then will put that knowledge to work by creating a user-space mechanism to measure the execution time of a multithreaded program. ¡@ Design and construct a module that implements a clock file in /proc. The file should support only the file read( ) is called, it should return a single ASCII string with two numerical substrings separated by a single space ¡@ Design and
implement a new kernel function, pedagogictime(
), that returns the current system time via a call by reference argument.
If the flag argument is TRUE, then
your kernel function should also print the current system time on stdout. |
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¶}µo±Ð®v¡GªL§Ó±Ó ½Òµ{¦WºÙ¡G´O¤J¦¡§@·~¨t²Î¹ê§@ ¾Ç®Õ¨t©Ò¡G³{¥Ò¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G04-24517250 Âà 3754 ¦a§}¡G¥x¤¤¥«¦è¤Ù°Ï¤åµØ¸ô100¸¹ ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform:
EPIA-CN Lab1: Developing a Linux
Device Driver (1)¦p¦ó¦bLinux¤¤·s¼W¤@Ӹ˸m (2)¦p¦ó¹ê§@¤@Linux¸Ë¸mÅX°Êµ{¦¡ (3)¦p¦ó¦bLinux¤¤±¾¸ü¼Ò²Õ Lab2: Developing a small
Multi-tasking Kernel based on MS-DOS (1)¦p¦ó¦b§@·~¨t²Î¤¤§Q¥Îtime slice¹ï¦hÓ¤u§@±Æ¯Z (2)¦p¦ó¦b¤u§@¶¡¤Á´«®É¡A³B²zcontext switchªº¬ÛÃö¨Æ¶µ (3)¦p¦ó§Q¥Îx86²Õ¦X»y¨¥¦bMS-DOS¤U´£¨Ñ¦h¤u©Ò»Ýªº¥\¯à¡C Lab3: Porting £gC/OS-II to
an ARM7-TDMI Platform (1)£gC/OS-II§@·~¨t²Îªº°ò¥»µ²ºc (2)¦p¦ó²¾´Ó£gC/OS-II¦ÜARM7-TDMI¬[ºcªº¥¥x¤W (3)ADS(ARM Developer Suit)ªº¨Ï¥Î¡C Lab4: Developing a Linux
System Call (1)¦p¦ó¦bLinux¤¤¹ê§@¤@Ó¨t²Î©I¥s (2)¦p¦ó¥[¤J¤@¨t²Î©I¥s¦ÜLinux®Ö¤ß¤¤ (3)¦p¦ó¦bµ{¦¡¤¤¨Ï¥Î¨t²Î©I¥s |
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¶}µo±Ð®v¡GªL¥ò§Ó ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡Gªø©°¤j¾Ç¸ê°T¤uµ{¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G03-211-8800 x 3110 ¦a§}¡G®ç¶é¿¤Àt¤s¶m¤å¤Æ¤@¸ô259¸¹ ú¥æ¤é´Á¡G |
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Content: 8 Lab modules |
Platform:
Creator PXA-270 Lab1: Creator
XScale-PXA270¶}µoÀô¹Ò«Ø¸m ¾Ç²ßNonOSµ{¦¡ªº¶}µo¬yµ{ Cygwinªº°ò¥»¾Þ§@ ¤F¸ÑDomingo°£¿ù¤u¨ãªº¨Ï¥Î Lab2: Creator PXA270»PWindows CE Creator PXA270¶}µoª©µwÅ鲤¶ Flash Memory³W¹º»P¿N¿ý ¦p¦ó¦b¶}µoª©¤¤¨Ï¥ÎWinCE UBoot Platform Builder ¡@ ³z¹L²¤¶»P¾Þ§@¨Ó¾Ç²ß 1. UARTªº°ò¥»Æ[©À 2. UARTµ{¦¡¼¶¼g 3. ´O¤J¦¡¨t²ÎµwÅéÆ[©À ¡@ ³z¹L²¤¶»P¾Þ§@¨Ó¾Ç²ß 1. ¤F¸ÑWince»P¶}µo¤u¨ã¤¶± 2. ¦p¦ó¨Ï¥Îthread 3. ¦p¦ó¨Ï¥Îtimer 4. ¦p¦ó¨Ï¥ÎGSM Module ³z¹L²¤¶»P¾Þ§@¨Ó¾Ç²ß 1. ¤F¸Ñ¨Ï¥ÎªÌ¤¶± 2. ¤F¸Ñ¹q¸£¦â±mªº¤ÀÃþ 3. ¤F¸Ñµe±®y¼Ð¨t²ÎªºÆ[©À 4. ¦p¦ó¦b´O¤J¦¡¨t²Î¨Ï¥ÎGDI+ø¹Ï ¡@ ³z¹L²¤¶»P¾Þ§@¨Ó¾Ç²ß 1. ºô¸ôµ{¦¡¶}µo°ò¦Æ[©À 2. ºô¸ô¬[ºcªº°ò¦·§©À 3. SOCKETªº°ò¦·§©À»Pµ{¦¡¼¶¼g ¡@ ³z¹L²¤¶»P¾Þ§@¨Ó¾Ç²ß 1. ´¼¼z«¬¸Ë¸mÀ³¥Îµ{¦¡«Ê¸Ë 2. WebService°ò¥»¤¶²Ð»Pµ{¦¡À³¥Î¡@ |
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Lab8: J2ME¤â¾÷µ{¦¡³]p¡ÐLCDUI¨Ï¥ÎªÌ¤¶± Creator PXA270¶}µoª©µwÅ鲤¶ 1. Flash Memory³W¹º»P¿N¿ý ¦p¦ó¦b¶}µoª©¤¤¨Ï¥ÎWinCE 1. UBoot 2. Platform Builder |
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¶}µo±Ð®v¡G½²©úõ ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G²MµØ¤j¾Ç¸ê°T¤uµ{¨t ¥D¼f©eû¡GªL¥ò§Ó |
¹q¸Ü¡G03-5715131 x 36598 ¦a§}¡G·s¦Ë¥«¥ú´_¸ô¤G¬q101¸¹²MµØ¤j¾Ç¸ê¹qÀ]832«Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform: PPRK,
pcm7230 (Intel PXA255 embedded) »{ÃÑPPRK»PPCM7320¡A±NPCM7320»PPC³s±µ¡A¨Ã¦w¸ËKERNEL IMAGE¦ÜPCM7320¤¤¡C ¼ô±xPPRK¡BPCM7230»Pcross complier¤§¾Þ§@¡A¤F¸Ñ¦p¦ó°õ¦æµ{¦¡¥h±±¨îPPRK¡C ¡@ Lab3: Real-Time Monitor
and Sensing ¥»¹êÅç¥Øªº¬O¶}µo¤@°¦§Q¥ÎPPRK(GP2D12)¤Wªº¬õ¥~½u·P´ú¾¹¨Ó¦¬¶°Àô¹Ò¸ê°Tªºµ{¦¡¡C¨Ã¥B¼¶¼g¨ç¦¡¥h±±¨î¦øªA¹q°Ê¾÷¡A¨Ã¨Ï¨ä±ÛÂà¡C ¡@ ¥»¹êÅç¥Øªº¬O³]pPPRK¤§²¾°Ê¨ç¦¡¡A¥B¥i±±¨îPPRK²¾°Ê¤è¦V»P¶ZÂ÷¡C |
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¶}µo±Ð®v¡G«J§Ê°¶ ½Òµ{¦WºÙ¡G´O¤J¦¡¨t²Îµ{¦¡³]p ¾Ç®Õ¨t©Ò¡G¦¨¥\¤j¾Ç¤uµ{¬ì¾Ç¨t ¥D¼f©eû¡G±i¥ß¥ |
¹q¸Ü¡G06-2757575 Âà 63334 ¦a§}¡G¥x«n¥«ªF°Ï¤j¾Ç¸ô1¸¹¦¨¥\¤j¾Ç¤u¬ì¨t41505«Ç ú¥æ¤é´Á¡G |
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Content: 4 Lab modules |
Platform:
Linux + arm or x86 ¥»¹êÅ禮¦bÅý¾Ç¥ÍÁA¸Ñpthreadªºmutex lock³Ð³y¥Xcritical section¨Ã¹F¨ìthread synchronizationªº±ø¥ó¡A¨Ï±othread¯à¨Ì·Ó©Ò»Ýnªº¶¶§Ç°õ¦æ¡C Lab2: C/C++ Network
Programming ¥»¹êÅ禮¦bÅý¾Ç¥ÍÁA¸Ñnetworkªº¹B§@¤è¦¡¡A¨Ã¥B¯à°÷¿W¥ß³Ð§@¥X¤@ÓÄÝ©ó¦Û¤vªººô¸ô¨ç¦¡®w¡C¨Ã¯à°÷³W¹º¡B³]p¥X¤@Ó¦P®É¥i¥H²¾´Ó©Ê°ªªººô¸ôµ{¦¡¡A¦¹µ{¦¡¥i¥H«·s½sͦ¨x86©Î¬Oarm¥¥x¡C ¡@ Lab3: C/C++ Network
Programming Homework ¥»¹êÅ禮¦bÅý¾Ç¥ÍÁA¸Ñnetworkªº¹B§@¤è¦¡¡A¯à°÷¦Û¦æ¼g¥X¤@Óhello server and clientªºµ{¦¡¡C¨Ã¯à°÷³W¹º¡B³]p¥X¤@Ó¦P®É¥i¥H²¾´Ó©Ê°ªªººô¸ôµ{¦¡¡A¦¹µ{¦¡¥i¥H«·s½sͦ¨x86©Î¬Oarm¥¥x¡C ¡@ ¥»¹êÅ禮¦bÅý¾Ç¥Í¾Ç·|¨Ï¥Î¦w¸Ëmadplayer¬ÛÃö«e¸m³nÅé¡A¥H¤Î¨Ï¥Îcross compiler±N©Ò¦³¥²n³nÅé½sͦ¨ARM9¥i¥H¦¨¥\°õ¦æªºª©¥»¡C |
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