搜索资源列表
ucos_IAP_web
- 基于LPC2478硬件平台的IAP和远程WEB应用。 系统共分为三个部分，BOOT区，LOW区和HIGH区。可通过WEB实现对芯片的远程IAP在线升级.-LPC2478 hardware platform based on the IAP and remote WEB application. System is divided into three parts, BOOT District, LOW and HIGH District area. WEB achieved through
f68kans
- 使用 eForth 寫成的 8051 編譯器-eForth is a small portable Forthdesign for a wide range of microprocessors. This implementation for 8051/31 microcontroller on an IBM-PC/XT/AT personal computer demonstrates the poratbility of the eForth Model. The MASM
KeygenCircuitMakerV6.0Pro
- A Fast Fourier Transform (FFT) is an efficient algorithm to compute the Discrete Fourier Transform (DFT) and its inverse. There are many distinct FFT algorithms involving a wide range of mathematics, from simple complex-number arithmetic to group the
MCS51_uCOC_II
- 1。在文件OS_CORE.C中OSMapTbl和OSUnMapTbl数组用于查表，所以应该放在code里。 增加code关键字。UCOS_II.H和OS_CORE.C。 2。OS_CFG.H堆栈大小MaxStkSize改为900。 3。OS_CPU_C.C的InitTimer0函数增加了关于开T0中断的解释。 允许T0中断，此时EA=0(51上电缺省值)，中断还不会发生，满足在OSStart()前不产生中断的要求。 4。修改中断处理流程，以便严密监视中断
picoos-1.0.4
- pico]OS is a highly configurable and very fast real time operating system (RTOS). It targets a wide range of architectures, from very small 8 bit processors and microcontrollers up to very huge platforms. Ports are available for ARM, AVR, PPC, MSP430
STM32-led-blinjk-for-ucos
- STM32 开发板基于 uCosII 2.86 的 LED灯闪烁实验 开发板上电后，LED1-3 会按照默认的 500ms 间隔，明暗闪烁，此时可以通过 串口助手 SSCOM3.2 发出指令，设置 LED1,LED2,LED3 的闪烁间隔时间。间隔范围是 1-65535ms。可以设置任意一个 LED 得闪烁间隔时间， 通过这个实验，可以学习 ucosII 的 任务建立，及任务调度， 事件同步等内容。-STM32 development board based uCosII
AT91SAM_uCOSII_Lwip
- 在AT91SAM7X平台上，使用lwip网络协议栈来实现和互联网通信，支持ARP,TCP,UDP等基础协议，方使实现远距离和大数据传输-On AT91SAM7X platform, using lwip network protocol stack to achieve and Internet communications, support ARP, TCP, UDP and other basic agreement, parties make to achieve long-range a
tai_vv37
- FMCW frequency modulated continuous wave radar range and angular measurements, It uses a pulse of consumer law, When processing a signal frequency analysis.
fan_tc63
- There CDF trigonometric curve / 3D graphs, Bottom-pass and band-pass FIR and IIR filter bottom pass and band-pass filter, FMCW frequency modulated continuous wave radar range and angular measurements.