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xltExlt2
- 这个例子如果运行,将在仿真的PC窗口中的第1,2,3行显示一些信息后,在随机位置显示 1 ~ 5 .由于keil c51默认不支持重入函数,它的重入函数使用仿真的重入栈而不使用系统栈,而Small RTOS 51没有进行重入栈管理,所以在TaskA~TaskE虽然及其相似,但不能合并. 注意:(1)在KEIL C51 工程中,我已经把输出文件目录设在e:\\temp中,您可以在Project->Options for Target \"Target 1\"的output页点击Selec
DisplayerEx3
- 这个例子是例子2的另一种写法（但任务数量不同）,它使用了最高优先级任务作为显示任务,全局变量ShowChar作为参数.函数TaskB是优先级1~10的任务函数,因为没有使用局部变量,这些任务可以用一个函数. 注意:(1)在KEIL C51 工程中,我已经把输出文件目录设在e:\\temp中,您可以在Project->Options for Target \"Target 1\"的output页点击Select Folder for Objects...和Listing页点击Select
OReilly.Designing.Embedded.Hardware.May.2005.eBook
- John Catsoulis编写的Designing Embedded Hardware 。介绍了汇编语言，SPI,I2C,串口，usb,网口等硬件电路设计。模拟电路设计，AVR单片机原理
exp2
- Real-Time Digital Signal Processing Implementations, Applications, and Experiments with the TMS320C55x John Wiley & Sons, Inc. 2001 By Sen M. Kuo and Bob H. Lee 2.8.1 Experiment 2A - Interfacing C with Assembly Code 2.8.2 Experiment
exp4
- Real-Time Digital Signal Processing Implementations, Applications, and Experiments with the TMS320C55x John Wiley & Sons, Inc. 2001 By Sen M. Kuo and Bob H. Lee 4.6.1 Experiment 4A - Twiddle Factor Generation 4.6.2 Experiment 4B - Compl
exp9
- Practical DSP Applications in Communications Real-Time Digital Signal Processing Implementations, Applications, and Experiments with the TMS320C55x John Wiley & Sons, Inc. 2001 By Sen M. Kuo and Bob H. Lee
C55_rtDemo
- Real-Time Digital Signal Processing Implementations, Applications, and Experiments with the TMS320C55x John Wiley & Sons, Inc. 2001 By Sen M. Kuo and Bob H. Lee Additional Examples TMS320C5510 EVM – Real-time Dual-channel Audio Example u
solutions_manual
- 数字系统设计与VHDL（第二版）Charles H.Roth, Jr.Lizy Kurian John著 金明录 刘倩译-solutions manual to digital systems design using vhdl, second edition
SONIX
- 松翰单片机学习资料打包起来的,有多种芯片资料,总有一个是你需要的-John learning material packing single chip microcomputer loosen up, there are a variety of chip material, there is always a is you need
chapter4
- 数字信号处理及其matlab实现 （美） Vinay k.ingle john g.proakis著 第四章-Digital signal processing and matlab implementation (U.S.) Vinay k.ingle john g.proakis the fourth chapter
pic10_verilog
- 用verilog实现了PIC10系列单片机的IP核，代码基本来自一篇国外的文章《A Microchip PIC-Compatible RISC CPU IP Core Design and Verilog Implementation》，对一部分进行了改进，主要包括对原文中有一些不可综合的@（posedge clk）语句的改写，使其能通过quartus的编译和综合，并且对跳转部分增加了比较多的注释，这篇文章写得非常好，感谢这篇文章的作者John Gulbrandsen先生，这篇文章让我学到了很多
AVR_Camera
- The AVRcam source files were built using the WinAVR distribution (version 3.3.1 of GCC). I haven t tested other versions of GCC, but they should compile without too much difficulty. * The source files for the AVRcam had the author name and
SPICAN
- at91rm9200通过SPI扩展CAN 控制器，专业AT91RM9200开发板，深圳英贝德科技，www.embedall.com-AT91RM9200 through SPI expansion CAN controller, professional AT91RM9200 development board, the Shenzhen Sino-British Science and Technology, Mr John Battle, www.embedall.com
ngw100_ext_lcd-lcd-sch
- AVR32和AT91SAM9点4.3寸屏的原理图。深圳英贝德科技。www.embedall.com-AVR32 and AT91SAM9 point 4.3-inch screen schematic. Shenzhen Sino-British Science and Technology, Mr John Battle. www.embedall.com
P89V51
- 这个例子如果运行,将在仿真的PC窗口中的第1,2,3行显示一些信息后,在随机位置显示 1 ~ 5 .由于keil c51默认不支持重入函数,它的重入函数使用仿真的重入栈而不使用系统栈,而Small RTOS 51没有进行重入栈管理,所以在TaskA~TaskE虽然及其相似,但不能合并. (2)编译时会有5个警告,其中一个是因为没有使用一个系统函数OSSendSignal引起,它可以忽略.另4个是禁止任务间变量覆盖分析引起,必须忽略.感谢网友John X. Liu,在这个例子中我使用了他编写的
chapter2
- 数字信号处理及其matlab实现 （美） Vinay k.ingle john g.proakis著 第二章-Digital signal processing and matlab implementation (U.S.) Vinay k.ingle john g.proakis the second chapter
petalinuxautoconfig
- bsp Copies the PetaLinux auto-config file from an EDK project into the PetaLinux kernel tree # # AUTHOR: # John Williams-bsp Copies the PetaLinux auto-config file from an EDK project into the PetaLinux kernel tree # # AUTHOR: #
Digital.Design-Principles.and.Practices.pdf
- Digital Design: Principles and Practices John Wakerly
L6-VideoCoding-2010
- Video Coding: Block Motion Estimation. Lectures given by prof. Truong Nguyen from university of John Hopkins university. Upload by tanhnguyen
DSPSS10-2
- Signal Prediction, Transformation & Decomposition. This lectures is given by Prof. Trac Tran fro John Hopkins university