介绍如何在StrongArm下编写shellcode的知识。一开始先介绍了StrongArm的体系结构和指令集，后面给出了几个shellcode的实例。这些实例在HP iPAQ上的Debian Linux上开发，但原理可通用于StrongArm下的其他机型和其他linux版本。(This guide describes how to write shellcode in StrongArm architecture. At first it introduced the StrongArm architecture and instruction set, then it given a few examples of shellcode. The examples developed on HP iPAQ running Debian Linux, but the principle may be applicable to other models and other linux deployment.)
Advances in data collection and storage capabilities during the past decades have led to an information overload in most sciences. Researchers working in domains as diverse as engineering, astronomy, biology, remote sensing, economics, and consumer transactions, face larger and larger observations and simulations on a daily basis. Such datasets, in contrast with smaller, more traditional datasets that have been studied extensively in the past, present new challenges in data analysis. Traditional statistical methods break down partly because of the increase in the number of observations, but mostly because of the increase in the number of variables associated with each observation. The dimension of the data is the number of variables that are measured on each observation.
进入一个界面 显示时间 用于汇编语言中 简单的作业(when you enter a screen ,you can get the system time)
主要是实现完成对道路交通控制灯的设计，在(Mainly to achieve complete control of road traffic lights on the design, in)
从温度传感器DS18B20读写，然后将接收到的数据直接显示到两个数码管上(failed to translate)
单片机密码锁 硬件加程序，无密码压缩，课程设计(Single-chip code lock)
这是一个利用PC机232C端口与51单片机通讯控制的程序，可以应用在很多需要具体操作控制单片机的场合。(This is a use of PC-232C communications port with the 51 single-chip control procedures can be applied to many of the needs of specific occasions, operational control of SCM.)
This program fetches the remote control code from a T+A- Per-Amplifier and converts it to iPod (third generation) * compatible commands. Using an iPod-powered Microcontroller, only some adapter cable are necessary to control your iPod via the T+A-System-Remote-Control (his program fetches the remote control code from a T+A- Per-Amplifier and converts it to iPod (third generation) * compatible commands. Using an iPod-powered Microcontroller, only some adapter cable are necessary to control your iPod via the T+A-System-Remote-Control )
tl431中文资料，对于了解tl431资料可以提供方便(Chinese information tl431)
基于单片机的ECG数据采集与预处理 本课题首先介绍了心电信号检测电路的设计，给出了心电信号采集电路具体的设计方法与部分实现电路。并采用了线性光电耦合器放大电路，对前置级运算放大电路及后置级放大电路进行光电隔离，有效地抑制了各种干扰。 其次，主要进行基于AT89C52低功耗MCU的便携式心电监护仪及其系统的研究。 根据人体心电信号的特征，设计性能优良的心电信号采集系统，选用低功耗8位单片机AT89C52和大容量Flash存储器对采集的心电信号进行记录、分析及处理(MCU-based ECG data acquisition and pre-treatment of the subject introduced first ECG detection circuit design, are given specific ECG acquisition circuit design method and some realization of the circuit. And the use of a linear optocoupler amplifier, the pre-amplifier circuit-level operations and post-class amplifier circuit for photoelectric isolation, effectively a variety of interference suppression. Secondly, AT89C52 mainly low-power MCU-based portable ECG monitor their systems. ECG in accordance with the characteristics of the human body, the design performance of the ECG acquisition system, selection of low-power 8-bit MCU AT89C52 and large-capacity Flash memory on the acquisition of the recorded ECG, analysis and processing)
本站资源：696518 个
本站会员：104321 个
总计下载：494617 次
今日上传：0 个
Copyright© 2019-2025 |
Powered by Imdn
|
浙ICP备16007336号
|
|
联系客服（QQ：3324461878）
本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！
