permutation-scanning-worms

基于元胞自动机的交通流模型 ns模型 C++(ns model, C++)

完整端口的编程,代码精良,设计完整.希望大家继续完善-Port complete programming, code well, design integrity. I hope you will continue to improve

用C++中的MFC编程实现正轴等角割圆柱投影，实现以下要求： 取克拉索夫斯基椭球 (1)制图区域： Bs=0°, BN=25° LE=105°, LE=125° (2)经纬线间隔： ΔB=ΔL=5° (3)制图比例尺： 1:M0=1:1000 000 (4)标准纬线： Bk=±15° 计算经纬网格点的 x, y,m,n, p (With C++ Of MFC programming is cutting Conformal cylindrical projection axis to achieve the following requirements: check克拉索Malinowski ellipsoid (1) mapping the region: Bs = 0 °, BN = 25 ° LE = 105 °, LE = 125 ° (2) latitude and longitude line spacing: ΔB = ΔL = 5 ° (3) Drawing scale: 1: M0 = 1:1000 000 (4) the standard parallels: Bk = ± 15 ° latitude and longitude grid computing point x , y, m, n, p)

WINSOCK简单介绍-briefed Winsock

CMPP3.0协议源码，对研究cmpp协议的人和利用它编程的人很有帮助-Source CMPP3.0 agreement, cmpp agreement on research and use of its programming were very helpful

说明：  连续小波变换：小波函数与原信号对应点相乘，再相加，得到对应点的小波变换系数，平移小波基函数，再计算小波函数与原信号对应点相乘，再相加，这样就得到一系列的小波系数。对于离散小波变换（由于很多小波函数不是正交函数，因此需要一个尺度函数）所以，原信号函数可以分解成尺度函数和小波函数的线性组合，在这个函数中，尺度函数产生低频部分，小波函数产生高频部分。(Continuous wavelet transform: a series of wavelet coefficients are obtained by multiplying and adding the corresponding points of the original signal, translating the wavelet basis function, and calculating and adding the corresponding points of the original signal. For discrete wavelet transform (many wavelet functions are not orthogonal functions, so a scale function is required), the original signal function can be decomposed into a linear combination of scale function and wavelet function, in which the scale function generates the low frequency part and the wavelet function generates the high frequency part.)

程序禁用和启用网卡, 程序禁用和启用网卡-Procedures to disable and enable the network card, disable and enable the network card

TRMSim ，无线传感器网络（信任和声誉模型模拟无线传感器网络）是一个基于Java的模拟器旨在测试信托和声誉模型WSNs 。它提供了一个信托基金和声誉模型称为BTRM (TRMSim-WSN [Trust and Reputation Models Simulator for Wireless Sensor Networks] is a Java-based simulator aimed to test Trust and Reputation models for WSNs. It provides one Trust and Reputation model called BTRM-WSN and new ones can be easily )

SWING的界面UI包 SWING的界面UI包(SWING package SWING interface UI interface UI package)

说明：  Deep Supervised Hashing for Fast Image Retrieval