资源列表
Signals_and_Systems_with_MATLAB_Applications
- Signals_and_Systems_with_MATLAB_Applications is nice to learning Signals andSystems with MATLA book
FailureDiagnose
- 用c#和matlab编写的基于人工免疫的故障检测系统-With c# And matlab prepared based on artificial immune system fault detection
lagrange
- 用C++实现的计算方法的拉格朗日lagrange算法，但是不是太完善-With C++ The realization of the method of calculating the Lagrangian lagrange algorithm, but not too perfect
Newton
- 用C++实现的计算方法--牛顿法Newton，但还是不太完善-With C++ The realization of the calculation method- Newton
feibonaqieshulie
- 用递归算法设计实现的斐波那锲数列，有些地方可能不太完善-Design and Implementation of recursive algorithm using the Fibonacci series Qie, some places may not be perfect
oqpsk
- oqpsk信号，滚降系数分别为0.4，0.7，1.0.信噪比为20bB-OQPSK signal, roll-off coefficients were 0.4,0.7,1.0. 20bB SNR
QAM
- QAM信号，滚降系数分别为0.4，0.7，1.0，信噪比为20dB，信号有叫qpsk-QAM signal, roll-off coefficients were 0.4,0.7,1.0, SNR 20dB, QPSK signals are called
GENETIC_ALGORITHM_FOR_NEURAL_NETWORKS_ON_TRANSPUTE
- GENETIC ALGORITHM FOR NEURAL NETWORKS ON TRANSPUTERS (Source code and Reference)
blindgamma_orginal
- 盲估计随机序列gamma校正，去除序列的非线性-Blind Estimation of random sequence gamma correction, removal of non-linear sequences
Big
- 大数的模运算。 a^b ％ m a可以为1000位的大数，b，m在int 范围内-Large numbers of modulus operator. a ^ b ma for 1000 of large numbers, b, m in the range of int
SourFile
- 高效率的并查集。 使用rank来优化。-Efficient and check collection. To optimize the use of rank.
odd
- 很高效的判断组合数C(n,k)的奇偶性。 巧妙的使用了位运算。时间复杂度为O(1). 避免使用大数类。-Very efficient to determine the number of combinations C (n, k) parity. Clever use of digital computing. Time complexity is O (1). To avoid the use of large numbers type.