搜索资源列表
boucher-big-block-cipher.tar
- 一个应用密码学的源代码，主要完成应用密码方面的功能。-a Cryptographic Application source code, application code to complete the function.
KyodaiUI
- 这是一个连连看的小游戏的部分源代码，是一个简单的界面部分，不包含算法和其他功能。-1000 block of Terry Avenue is a small part of the game's source code is a simple interface, does not include algorithms and other functions.
VisualC++ClassicalGameCode
- 书籍《VisualC++经典游戏程序设计》游戏源代码，包含一些经典游戏如俄罗斯方块，连连看等源代码-books "classic games Visual C Programming" game source code include some classic games, such as Tetris, such as source code 1000 block of Terry Avenue
QAM_mat_vec
- 本程序是QAM的调制程序，以及我在编程时测试用的例子，还有空时分组码中的线性分散码进行处理时所需要的向量化函数VEC还有它的逆函数，希望对大家有帮助-This procedure is the QAM modulation procedures, as well as when I test in the programming examples, as well as space-time block codes in a linear dispersion code when needed
FLMS.ZIP
- 这是一个很好的频域分块自适应滤波的程序，应用于回声消除上，并与NLMS自适应滤波做了运行速度的比较,FLMS比NLMS快几十倍。-This is a very good frequency-domain block adaptive filtering procedure applied to echo cancellation, and comparison with the NLMS adaptive filter for speed, FLMS several times faster t
8255
- 8255及键盘，数码管显示的编程方法。程序使码块显示相应的按键数字。-8255 and a keyboard, digital display of the programming method. Procedures so that the corresponding code block shows the number of keys.
(2003Wiley)Space-TimeCoding
- 精典的国外空时编码电子书籍。作者Branka Vucetic，Jinhong Yuan -1 Performance Limits of Multiple-Input Multiple-Output Wireless Communication Systems 2 Space-Time Coding Performance Analysis and Code Design 3 Space-Time Block Codes 4 Space-Time Trellis Codes
Fig2and3
- 空时分组码性能仿真，包含空时分组码的编译码方法和信噪比仿真。-Space-time block code performance simulation, including space-time block code encoding and decoding methods, and signal to noise ratio simulation.
Fig6and7
- 进行空时分组码的编译码仿真，仿真出不同信噪比下的性能，得出误码率曲线。-For space-time block code encoding and decoding simulation, simulation performance under different signal to noise ratio obtained BER curves.
magnolia-4.4.4
- MeshCMS是一个由jiava写成的在线编辑系统,.并拥有cms所包含的一系列特点.但它采用的是非常的传统方法来实现的:如页面是以html文档形式存储的,一些附加的特点均是基于文挡的,且还无须数据库. MeshCMS 被认为是一个快速编辑网页,管理文件,创建一些常规组件如:菜单,子菜单形式,邮件表格,像册等的在线工具. -MeshCMS is written in a jiava online editing system. Cms and has a range of features
jsdadishi
- 打地鼠 游戏js代码块 充分说明了打地鼠游戏的构造思想-Gophers game structure thinking play hamster game js code block
1
- 基于单片机的数字电子秤的keil源代码程序段-Keil source code block based on single-chip digital electronic scales
Linear-Block-code
- the encoder and decoder of Linear block code
linear-block-coding
- 线性分组码的simulink环境下仿真，给出结果，可自行改变参数-Under linear block code simulink simulation environment, given the results, you can change the parameters yourself
pdschconformncetet
- Long-Term Evolution (LTE) is a new standard speci ed by 3GPP for fourth generation (4G) wireless communications. LTE provides high spectral eciency, high peak data rates, short round trip time, and frequency exibility. It relies on the follow
code
- vxworks一些程序 Char.c和Char.h是字符型设备驱动模板 Blk.c是块设备驱动模板 PCI.c是PCI设备映射内存空间模板-vxworks some programs Char.c and Char.ch is a character device driver template Blk.c is a block device driver template PCI.c are PCI devices mapped memory space templat
myFirstKernel
- 启动内核--从“myFirstKernel”模板开始。 Part1：使用指针d_a为内核的结果分配设备内存。 Part2：使用1-D的1-D网格来配置和启动内核 线程块。 Part3：让每个线程设置一个d_a的元素，如下所示： idx = blockIdx.x * blockDim.x + threadIdx.x d_a [idx] = 1000 * blockIdx.x + threadIdx.x Part4：将d_a中的结果复制回主机指针h_a。 Part5：验证结果是否正
reverseArray_singleblock
- 反向阵列(单块)-- 给定指针d_a中的输入数组{a0，a1，...，an-1}，将反向数组{an-1，an-2，...，a0}存储在指针d_b中 A: 从“reverseArray_singleblock”模板开始 B: 只有一个线程块启动，以反转一个大小的数组 N = numThreads = 256个元素 C: 第1部分（共1个）：所有你需要做的是实现内核的“reverseArrayBlock（）” D:每个线程将单个元件移动到相反的位置, 从d_a指标读取输入,
reverseArray_multiblock
- 反向阵列（multiblock）: 给定指针d_a中的输入数组{a0，a1，...，an-1}，将反向数组{an-1，an-2，...，a0}存储在指针d_b中 A: 从“reverseArray_multiblock”模板开始 B:多个256线程块启动,要颠倒大小为N，N / 256块的数组 第1部分：计算要启动的块数 第2部分：实现内核reverseArrayBlock 请注意，现在您必须同时进行计算 块内的相反位置 反向偏移到块的开始(Reverse array
code
- 平行计算课程，并行程序转置矩阵，使用3种方法：线性转置，块棋盘划分，直角划分法(Parallel computing course, parallel program transpose matrix, using three methods: linear transpose, block chessboard division, right angle division)