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shujujiegou
- 数据结构中螺旋矩阵、报数问题、进制转换、文本加密解密-Spiral data structure matrix, the number of reported problems, hexadecimal conversion, text encryption and decryption
dijkstra
- 银行家算法 1. 实验目的: 用高级语言编写和调试一个利用银行家算法避免死锁的程序,以加深对分配资源时如何避免死锁的理解。 2. 实验内容: 编写一个模拟程序,完成避免死锁的模拟,要求采用dijkstra的银行家算法。 实验具体包括:首先确定可利用资源向量的数据结构、最大需求矩阵,分配矩阵,需求矩阵,然后完成银行家算法、安全性算法等程序代码 最后编写模拟过程的主函数,上机实验并取得结果数据。 -Banker' s Algorithm 1. Experimental
fuhejuzhen
- 该程序是使用VC6.0实现数学中复合矩阵运算的 输入的数据为txt格式的,文件有特点的数据结构 查看程序的帮助可以得知具体的数据结构-The program is to use VC6.0 to achieve in mathematics computing matrix composite, the data input txt format, document the characteristics of the data structure. See the procedure can
fisher_classify
- function [clusters,c,F]=fisher_classify(A,B,data) fisher判别法程序 输入A、B为已知类别样本的样本-变量矩阵,data为待分类样本 输出C为判别系数向量 -function [clusters, c, F] = fisher_classify (A, B, data) fisher discriminant method procedures input A, B for a sample of known typ
up51
- * 程序描述 : * * 程序分两大部分,当开发板上电的时候拨码开关的第一位是闭合(ON)的状态 * * 运行LOOP1循环,矩阵键盘有效,数码管显示按键值,同时将按键值通过串口发* * 送出去。 * * 当开发板上电的时候拨码开关第一位是打开的(OFF)的状态,则独立键盘有效 * * 按下K1则逆时针点亮数码管的每一段,按下K2键则顺时针点亮数码管的每一段 * * 同时将当前点亮数码管的数据通过RS232串口发送出去。- * Descr ip
MATLABManual
- MATLAB手册,提供使用matlab5的实践性指导,简述对矩阵、数据、图像等处理操作-MATLAB Manual, providing practical guidance to use matlab5 briefly on the matrix, data, images and other handling
Scientific_Computing_and_C_assembly
- 第二章 解线性方程组的直接法 第三章 解线性方程的迭代法 第四章 插值法 第五章 数据拟合 第六章 数值微分和积分 第七章 矩阵特征值问题 第八章 非线性方程数值解法 第九章 非线性方程组的抚今迭代解法 第十章 常微分方程初值问题的数值解法 第十一章 常微分方程边值问题的数值解法 附录A C语言屏幕绘图 -Chapter II solution of linear equations in Chapter III of the direct meth
p89v51r-160x160LCD
- 51单片机接受SPI口数据,并将接受数据在160x160点阵液晶上显示出来。-51 single-chip SPI port to accept data and to receive data in the 160x160 dot matrix LCD display.
tt
- 采集电子称数据,给单片机发送汉字字模信息-Said electronic data collection, send characters to the single-chip matrix information
3
- P0301:数字图像矩阵数据的显示及其傅立叶变换 P0302:二维离散余弦变换的图像压缩 P0303:采用灰度变换的方法增强图像的对比度 P0304:直方图均匀化 -P0301: digital image data display matrix and its Fourier transform P0302: Two-dimensional discrete cosine transform image compression P0303: gray-s
TheAmendmentofDotMatrixLCDPaintingAlgorithmImpleme
- 在常用画线算法的基础上,提出了一种利用定点数在点阵液晶屏上进行坐标修正的方法,并利用 DSP实现,该方案能弥补单片机在高速数据处理上的不足.以TMS320VC5402及内置控制芯片SED1335的 液晶屏为例,说明其接口电路和软件实现. -MCU could not complete the high-speed data processing, so the amendment of painting algo- rithm was achieved by using a fi
MSP-TEST44X-Practice-code
- MSP-TEST44X 学习板光盘资料及实验说明 本学习板是按照教育大纲,采纳国内外许多单片机实验仪的优点,保持了传统机的实验 项目,增加了以实用技术为主的许多实验。实验内容涉及到端口,时钟,FLASH 读写,看 门狗,硬件乘法器,TIMER_A_操作,TIMER_A ,ADC&bt&lcd,通讯操作(232,485, SPI),键盘操作(独立按键,行列按键),LED 显示,LCD 点阵操作,扩展 DATA FLASH 操作, EEPROM 共 1
juzhen
- 数据结构中有关矩阵的知识,稀疏矩阵,模式匹配,特殊矩阵,字符串等知识-Data structure in the knowledge of the matrix, sparse matrix, pattern matching, a special matrix, string, etc.
lorenz_ext
- m为嵌入空间维数 tau为时间延迟 data为输入时间序列 N为时间序列长度 X为输出,是m*M维矩阵- M for the embedding space dimension tau is the time delay for the input data time series N for the time series length of X to output, is m* M-dimensional matrix
Keyboard_Scan2
- This Application Note describes programming techniques implemented on the AT91 ARM-based microcontroller for scanning a 4x4 Keyboard matrix usually found in both consumer and industrial applications for numeric data entry.
1Dgrappa
- 并行磁共振成像中基础算法GRAPPA的应用实例,一维成像,8线圈采集的数据-1D GRAPPA reconstruction from an 8-channel head array coil using least-square matrix inversion. The data were simulated from the combination of B1 fields by Biot-Savart s law and anatomical features from MPRAGE s
1dsense
- 并行磁共振成像的经典算法SENSE在一维成像中的应用-1D SENSE reconstruction from an 8-channel head array coil using least-square matrix inversion. The data were simulated from the combination of B1 fields by Biot-Savart s law and anatomical features from MPRAGE sequences
SimpleSENSEreconstruction
- 简单SENSE图像重建,即使通过反傅里叶变换重建出最终图像-The data was acquired from 4-channel array coil using EPI sequence (2-shot, matrix: 64X64, TE: 50 ms) at a 1.5T scanner. The code estimates the coil sensitivity profiles directly from the image with anatomical contrast b
SENSEgfactorcalculation
- 计算SENSE重建图像中的g-factor,这是并行磁共振成像SENSE算法的关键一步-G-factor is the metric to quantify the amplificaiton of noise power in reconstructing SENSE accelerated image. The detail was presented in Pruessmann s 1999 Magn. Reson. Med. paper. In theory, g-factor is t
neixuanzhuzhen
- 生成内旋矩阵的源代码,希望对大家有帮助,该源代码是我的数据结构课程上的练习题目-Rotation matrix to generate the source code, we would like to help, the source code of the data structure of my courses on the subject of practice