Search - a-w - CodeBus

Search - a-w - List

[Documents] asm源码 DL : 1: asm源码汇编引导程序源程序汇编初见面名称解释格式 a (Assemble) 逐行汇编 a [address] c (Compare) 比较两内存块 c range address d (Dump) 内存16进制显示 d [address]或 d [range] e (Enter) 修改内存字节 e address [list] f (fin) 预置一段内存 f range list g (Go) 执行程序 g [=address][address...] h (Hexavithmetic) 制算术运算 h value value i (Input) 从指定端口地址输入 i pataddress l (Load) 读盘 l [address [driver seetor> m (Move) 内存块传送 m range address n (Name) 置文件名 n filespec [filespec...] o (Output) 从指定端口地址输出 o portadress byte q (Quit) 结束 q r (Register) 显示和修改寄存器 r [register name] s (Search) 查找字节串 s range list t (Trace) 跟踪执行 t [=address] [value] u (Unassemble) 反汇编 u [address ]或range w (Write) 存盘 w [address[driver sector secnum> ? 联机帮助 ? debug小汇编a命令 debug小汇编a命令是一个很有用的功能，许多的小程序都要他来做。编一些小程序比汇编要来得方便，快洁。在Debug中，中断是非常有用的，首先，让我们先了解一下中断。所谓中断，其实，就是，当你做某事时，有人过来找你有其他事，你先放下手中的事（计算机中，称为保护现场），再去与叫你的那个人办事去，等完了，你又回，接着做刚才的事。这是个很通俗的讲法。计算机在运行时，也会出现这种情况，我们叫之中断。下面是他的一些常用中断向量的入口值详解：(记住哦，很用的...呵呵)
Date : 2011-12-02 Size : 17.2kb User : 525836987@qq.com
[Documents] dynamicalsystem DL : 1: 几种常见混沌时间序列matlab实现 1)chua flow 2)duffing flow 3)Rossler flow 4)Lorenz flow 5)ikeda flow 6)Mackey_Glass flow 7)logistic map 8)henon map 9)Quadratic map(二次图) 也欢迎大家提供更多的混沌方程或映射的经典matlab实现。 -several common chaotic time series to achieve a Matlab) chua flow 2) duffin 3 g flow) Rossler flow 4) Lorenz flow 5) ikeda ss w 6) 7 Mackey_Glass flow) Logistic map 8) henon m ap 9) Quadratic map (Second) of welcome we provide more chaotic or mapping equations by the Code Implementation of Matlab.
Date : 2025-12-29 Size : 21kb User : 呆雁
[Documents] MPC860FADSSPEC DL : 0: This document is an operation guide for the MPC8XXFADS board. It contains operational, functional and general information about the FADS. The MPC8XXFADS is meant to serve as a platform for s/ w and h/w development around the MPC8XX family processors. Using its on-board resources and its associated debugger, a developer is able to download his code, run it, set breakpoints, display memory and registers and connect his own proprietary h/w via the expansion connectors, to be incorporated to a desired system with the MPC8XX processor.
Date : 2025-12-29 Size : 2.16mb User : qinling
[Documents] Huffman-tree DL : 0: 数据结构 1、算法思路：哈夫曼树算法：a）根据给定的n个权值{W1，W2… ，Wn }构成 n棵二叉树的集合F={T1，T2…，T n }，其中每棵二叉树T中只有一个带权为W i的根结点，其左右子树均空；b）在F中选取两棵根结点的权值最小的树作为左右子树构造一棵新的二叉树，且置新的二叉树的根结点的权值为其左、右子树上结点的权值之和；c）F中删除这两棵树，同时将新得到的二叉树加入F中； d）重复b)和c),直到F只含一棵树为止。 -Data Structure 1, Algorithm idea: Huffman tree algorithm: a) in accordance with a given value of n of the right (W1, W2 ..., Wn) constitute a set of n binary tree trees F = (T1, T2 ..., T n) , which for each binary tree T with only one right for the W i of the root node, its about subtree are empty b) in the F 2 in the root node of the right to select the smallest value of the tree as a subtree structure around a new binary tree, binary tree and the new home of the root node of the right value for the left and right sub-tree nodes and the right value c) F in the deletion of the two trees, at the same time obtained by adding a new binary tree F in d) repeat b) and c), until a tree F containing only so far.
Date : 2025-12-29 Size : 28kb User : Anson
[Documents] MGTX DL : 0: 可实现人工和自动寻找路径，人工控制时，对输入的按键进行判断，有效的键是W，S，A，D为方向键，Q为退出键计算机演示模式下，小人靠墙的左侧一直走，进行探险，如果碰到死胡同，则返回，这样可以一直走到出口，按容易键退出游戏-Can realize manual and automatic search path, artificial control, the input of the keys to determine the effective key is W, S, A, D keys for direction, Q for the eject button the computer demo mode, the villains of the left wall has been going for adventure, if encountered a dead end, then return, so that has come to export, according to exit the game easier
Date : 2025-12-29 Size : 3kb User : 张三
[Documents] Huffman DL : 0: 根据赫夫曼编码的原理，编写一个程序建立英文字母的赫夫曼编码。下面是英文字母使用频率表（）： A 8.19 B 1.47 C 3.83 D 3.91 E 12.25 F 2.26 G 1.71 H 4.57 I 7.10 J 0.14 K 0.41 L 3.77 M 3.34 N 7.06 O 7.26 P 2.89 Q 0.09 R 6.85 S 6.36 T 9.41 U 2.58 V 1.09 W 1.59 X 0.21 Y 1.58 Z 0.08 -According to Huffman coding theory, write a program to establish the letters of Huffman coding. Here is the English alphabet using frequency table ( )
Date : 2025-12-29 Size : 2kb User : lipei
[Documents] IRF4905 DL : 0: IRF4905电压, Vds 最大:55V 开态电阻, Rds(on):0.02ohm 电压 @ Rds测量:-10V 电压, Vgs 最高:-4V 封装类型:TO-262 针脚数:3 频率, Pd:200W 封装类型:TO-262 封装类型, 替代:TO-262AB 晶体管类型:MOSFET 电压 Vgs @ Rds on 测量:10V 电压, Vds:55V 电压, Vds 典型值:55V 电流, Id 连续:74A 电流, Idm 脉冲:260A 表面安装器件:表面安装阈值电压, Vgs th 典型值:4V 阈值电压, Vgs th 最低:2V 阈值电压, Vgs th 最高:4V IRF4905 和 International Rectifier 信息: Manufactured by International Rectifier, IRF4905 is a MOSFET.(Voltage, maximum Vds: 55 v On-state resistance, Rds (on) : 0.02 ohm Voltage @ Rds measurement: - 10 v The highest voltage, Vgs: - 4 v Encapsulation type: the TO - 262 Stitch count: 3 Frequency, Pd: 200 w Encapsulation type: the TO - 262 Encapsulation type, alternative: the TO - 262 - ab The transistor type: MOSFET Voltage Vgs @ Rds on measurement: 10 v 55 v voltage, Vds: Voltage, Vds typical values: 55 v Continuous current, Id: 74 a Current, the Idm pulse: 260 a Surface mount devices: surface installation Threshold voltage, Vgs th typical values: 4 v Threshold voltage, Vgs th lowest: 2 v Threshold voltage, Vgs th highest: 4 v IRF4905 and International Rectifier information: Manufactured by International Rectifier, IRF4905 is a MOSFET)
Date : 2025-12-29 Size : 102kb User : 一马当先
[Documents] 微惯性测量单元的误差整机标定和补偿 DL : 0: 提出了微惯性测量单元( MIMU) 在高动态、高过载复杂应用条件下的误差整机标定和补偿方法。首先, 建立了高动态, 高过载复杂应用条件下MIMU 的误差模型, 该模型包括了结构误差, 传感器安装误差和MEMS 惯性传感器在复杂条件对精度影响较大的误差项, 指零位温度漂移、互耦误差、刻度因子非线性和微陀螺加速度效应误差; 根据模型提出了整机标定补偿方法, 该方法可以标定MIMU 的63 个误差系数, 并且不需要对单个传感器进行标定。然后, 介绍了利用最小二乘法对模型进行误差系数标定的方法和步骤, 并对自研的MIMU 进行了标定。(T he entire calibrat ion and compensat ion metho d o f a Miniature Inerial Measur ement U nit( MIMU) in high dy namic and o verload complicate environments w as pr opo sed. First ly, an error model applied to the complicate applicat ion environment s w as established, which consist s o f the structureer rors, installatio n misalignment errors and the erro rs of the MEMS sensors including zero outputdrif t, temperature drif t , crossax is error, no nlinear scale factor erro r and acceler at ion effect err or of gyr oscope. Based o n the model, the ent ire cal ibrat io n and compensat ion method w as pr opo sed to calibrate 63 er ror co ef ficient s w ithout calibrat ion of each MEMS iner tial sensor separ ately. T hen, thegeneralized least square algor ithm was used to calibrate and calculate the er ror coef ficient s. Finally, a MIMU was dev elo ped for a f light ex periment and w as calibrated w ith this pro posed method.)
Date : 2025-12-29 Size : 527kb User : guyan
[Documents] C#设计模式 DL : 0: C#设计模式电子书以及随书源码，James W.Cooper著，电子工业出版社(C# design patterns:A tutorial)
Date : 2025-12-29 Size : 6.51mb User : near1