- SILV18F2620 Use Viaccess 3 on Silver card with PIC18F2620
- Pregunta01 vhdl quartus maquina estados mealy vhdl quartus maquina estados mealy moore vhdl quartus maquina estados mealy moore vhdl quartus maquina estados mealy moore
- ds18b20 采用DS18b20温度传感器实现MCS51单片机温度测试的C程序代码
- DelStudent VC++连接数据库删除信息源码实例
- BT 令信号的观测样本长度为N=256
- wultiple CDMA中一个重要的模块：SIMULINK防真的一些基础的知识
资源列表
CS-recovery-LevelSet-Normals
- 压缩感知恢复算法，使用新的范数来提升图像恢复能力，包含论文和代码。-We propose a compressive sensing algorithm that exploits geometric properties of images to recover images of high quality few measurements. The image reconstruction is done by iterating the two following steps: 1) e
szjs
- 牛顿迭代法实现解方程确定迭代变量建立迭代关系式对迭代过程进行控制(Solving equation of solution by Newton iterative method)
DONGWANGGE
- 动网格生成程序，FORTRAN语言编写，具体效果可以看AVI文件-Moving mesh generation program, FORTRAN language, the specific effect of AVI files can be seen
Duddeck Struct. Opt. Lecture Notes 01
- Lecture notes on Gradient-free optimization
pspsolver-code-2
- psp solver c++ Resource-constrained Project Scheduling
SPARSKIT2
- 耶鲁大学开发的大型稀疏方程组计算程序 -A solver of large sparse matrix developed by yela
idw
- 反距离加权内插算法，点内插主要用于自然地理数据的插值
CORDIC算法快速求反正切
- CORDIC算法快速求反正切，迭代10次输出弧度误差<|0.002|,迭代15次输出弧度误差<|0.0001|,对电机矢量算法计算速度要求高非常有用；myarctan_cordic1.c输入输出为float,myarctan_cordic3.c输入输出为int，pdf文件为CORDIC算法原理。-CORDIC algorithm quickly find tangent, curvature of the output error iteration 10 < | 0.002
Chave1983BESAUX
- 此程序为Chave在1983年使用结合连分式展开的自适应高斯积分算法求解Bessel函数积分问题所使用的代码。-This program is used in conjunction Chave continued fraction algorithm for adaptive Gauss integral Bessel function integral of the code used in 1983.
IEEE14cljs
- 采用基于C++平台的编程基础，解决潮流计算的实际问题。易于实现，方便。-Using the the Programming Fundamentals based on C++ platform to solve practical problems of flow calculation. Easy to implement and convenient.
SVM-RFE
- Support Vector Machine(SNM-RFE) in matlab
Image-Denoising-Algorithm-Using-Adaptive
- Image Denoising Algorithm Using Adaptive Neighboring Window and Threshold Value. Effecient and Fast denoising algorithm