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VHDL 编程要注意问题
- VHDL 共定义了 5 种类型的端口，分别是 In, Out,Inout, Buffer及 Linkage，实际设计时只会用到前四种。。。
USBTORS232Converter.rar
- Z-TEK USB转RS232串口驱动文件，网上很难找到，今天我吧它贴出来，希望能帮助大家！,Z-TEK USB TO RS232 Converter
UART_spec
- a UART model with FIFO buffer, design with verilog
I/O硬件原理
- I/O硬件原理 5.2 I/O软件原理 5.4 缓冲技术 5.5 驱动调度技术 5.6 设备分配 5.7 虚拟设备 -I/O hardware schematic 5.2 I/O software principle 5.4 buffer technology 5.5 5.6 device driver scheduling allocated 5.7 virtual device
bufferoverflow
- 缓冲区溢出主要是一个 C/C++ 问题，这里提供几种解决方法-Buffer overflow is primarily a C/C++ question, here are several solutions
bipbuffer_src
- bip buffer managerb ip buffer managerb ip buffer managerb ip buffer managerbip buffer manager-bip buffer manager,bip buffer managerbip buffer managerbip buffer managerbip buffer managerbip buffer managerbip buffer managerbip buffer managerbip buffer
kkcs
- 可靠传输的实现，以字节为单位的滑动窗口，发送缓存-Reliable Transmission, in bytes of the sliding window, send buffer
74lvc1g125
- Bus buffer/line driver 3-state-Bus buffer/line driver 3-state
lunwen
- 基于UDP传输协议的包丢失和失序处理。该文 分析了数据包丢失或失序情况下，缓冲区大小时系统性能的影响，给出了缓冲区大小的一十估计值，并对失序或数据包 丢麦情况下教括赴理的策略进行了讨论。-UDP transport protocol based on packet loss and disorder treatment. In this paper, Analysis of packet loss or disorder cases, the buffer size of syst
Analysis-on-Calling-the-Lib
- 首先介绍缓冲区溢出机制和基于缓冲区溢出的攻击形式,从C程序员的角度讨论了三类常用的库函数在调用时可能引发的安全问题,并详细分析了缓冲区溢出的内在原因及可能被利用的攻击方法。如果在编程时能针对这些库函数的调用有意识地采取应对措施,无疑将减少缓冲区溢出漏洞,提高程序的安全性能。- Firstly the paper introduces buffer overflow and the potential attack based on it, then from the view of a C pr
VS1003
- VS1003 是一个单片MP3/WMA/MIDI音频解码器和ADPCM编码器。它包含一个高性能，自主产权的低功 耗DSP 处理器核VS_DSP4,工作数据存储器，为用户应用提供5KB 的指令RAM 和0.5KB 的数据RAM。 串行的控制和数据接口，4 个常规用途的I/O 口，一个UART，也有一个高品质可变采样率的ADC和立体 声DAC，还有一个耳机放大器和地线缓冲器。-The VS1003 is a the monolithic MP3/WMA/MIDI audio decode
DlgDraw
- VC++画图应用，使用双缓存方式，避免画面闪烁-VC++ drawing application, use double buffer to avoid screen flicker
74HC595
- 74LS595资料，八位串行输入，并行输出数据缓存器-74LS595 data, eight serial input, parallel output data buffer
Capacity-of-Gaussian-MAC-Powered-by-Energy-Harves
- Capacity of Gaussian MAC Powered by Energy Harvesters without Storage Buffer Ca pacity of Gaussian MAC Powered by Energy Harvesters without Storage Buffer-Capacity of Gaussian MAC Powered by Energy Harvesters without Storage Buffer Capacity of Gaussi
Analysis-of-the-algorithms-for-congestion
- This paper presents one of the features of DS (Differentiated Services) architecture, namely the queuing or congestion management. Packets can be placed into separate buffer queues, on the basis of the DS value. Several forwarding policies ca
MregTransformImage
- 这个函数组成一个马赛克从指定源图像并将其存储在目标图像缓冲区。源图像 转换结果显示,存储在注册结果缓冲区,在MregCalculate计算() 操作。-This function is composed of a mosaic of images a specified source and stored in the destination image buffer. Source image conversion results showed the results stored
MCP2561
- MCP2561/2 是一款可容错的高速 CAN 器件，可用作 CAN 协议控制器和物理总线之间的接口。 MCP2561/2 器件可为CAN协议控制器提供差分收发功能，并且完全 符合 ISO-11898-5 标准。其工作速率最高可达 1 Mb/s。 通常， CAN 系统中的每个节点都必须有一个器件将 CAN 控制器生成的数字信号转换为适合总线电缆传输 （差分输出）的信号。它还在 CAN 控制器和 CAN 总线 上产生的高压尖峰信号之间加入了缓冲器，这些高压尖 峰信号