资源列表
sat4j-maxsat-v20130525
- sat4j的maxtsat求解库，可用于解决MAXsat问题，在eclipse下可以直接设置-The maxtsat sat4j solving library that can be used to solve MAXsat problems can be directly set in eclipse
sat4j-csp-v20130419
- sat4j的CSP求解库，可用于解决CSP问题，做为java的一个类库支持-sat4j of CSP solving library that can be used to solve CSP problems as a java class library support
sat4j-core-v20130525
- sat4j的核心包,在eclipse之下可以用于解决SAT问题。-sat4j core packages, under the eclipse can be used to solve SAT problem.
MUSIC_xinzaobi
- 基于MUSIC算法的雷达表测向性能分析，信噪比不同的情况下，测向方位精度-Rado based on MUSIC algorithm to measure performance analysis, signal to noise ratio under different circumstances, finding azimuth accuracy
MUSIC_kuaipaishu
- 运用MUSIC算法对雷达入射波进行测向，与快拍数有关的MUSIC性能分析-Using MUSIC algorithm for finding the radar incident, the number of snapshots associated with the performance analysis of MUSIC
MUSIC_zhenyuanjianju
- 基于MUSIC算法的阵元间距改变时的测向性能分析-MUSIC algorithm based element spacing is changed to the performance analysis of the measured
MUSIC_jiaoducha
- 基于MUSIC算法的入射波角度差改变时的测向性能分析-Based on MUSIC algorithm incident angle difference changes direction finding performance analysis
MUSIC
- 基于MUSIC算法的测向性能分析，包含阵元数、阵元间距、入射角度、快拍数、信噪比改变时的测向性能分析，适合入门者-Finding based on MUSIC algorithm performance analysis, including the number of array elements, element spacing, angle of incidence, the number of snapshots, SNR change of direction finding perf
matlabfz
- 有关于matlab的仿真程序，可以实现对于频谱检测的研究-About matlab simulation program can be achieved for the detection of the spectrum
RSM_Calculator_src
- 这是一个简单的计算器用于普通和科学计算。它就像windows简单计算器以及源代码。有一个功能超出每个按钮。你可以用计算器来执行任何标准的操作,通常使用一个手持计算器。计算器执行基本的算术,比如加法和减法,以及函数-This is a simple calculator used for ordinary and scientific computing. It is like a simple calculator and source code windows. Each button has
Calculate
- 这VB.net程序计算太阳的视角度从你的角度,在任何时候,纬度和经度。它不是编码与极准确的公式,但很接近公式-This VB.net program to calculate the sun' s degree from your point of view, at any time, latitude and longitude. It is not very accurate coding and formulas, but very close to the formula
myQG
- 量子遗传算法简单实现，增加种群多样性，以函数极值为例-Quantum genetic algorithm is simple to achieve, increasing diversity of the population, in order to function extreme example.