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复杂度计算
- 介绍复杂度的代码和文件
这是一个将Dijkstra算法的时间复杂度
- 这是一个将Dijkstra算法的时间复杂度从O(n*n) 优化为O(nlogn)的方法,This method can reduce time complexity from O(n*n) to O(nlogn) for Dijkstra s algorithm.
complex618 脑电信号的复杂度计算
- 脑电信号的复杂度计算，有文档和多个matlab程序实例-EEG complexity calculation, there are documents and multiple instances of matlab program
fftcompare
- DFT与FFT算法复杂度比较，包括对数形式比较-DFT and the FFT algorithm order of complexity compares, compares including the logarithmic form
EEG
- 脑电信号的分析算法的全面概述,包含李氏指数复杂度等-EEG analysis algorithm overview, including complexity, such as Lyapunov exponent
KolmogorovEntropy_GP
- 一种简单有效的测度熵替代方法——近似熵(approximate entropy)方 法.应用以上方法对Logistic映射复杂度进行了分析.结果表明Lyapunov指数和测度熵的值与复 杂度基本呈线性关系,分维数与复杂度的函数关系尚难确定,且与Lyapunov指数、测度熵之间的关 系也不明确. - Approximate entropy (ApEn) method is also studied. They are applied to analyze the complex
amr算法复杂度分析的文档
- amr算法复杂度分析的文档，对于amr编程复杂度计算比较有用-amr algorithm complexity analysis of documents, amr programming complexity for calculating the more useful
timeit
- 能够计算每次完成任务所需要的时间复杂度。-Each task to calculate the time required for complexity.
invariants
- 有用的几个动力学物理量。包括自相关函数(acorr.m)，复杂度(complexity.m)，最近邻点(fnn.m)，局部非线性预测误差(nlpe.m，Shannon复杂度（Shannon.m）,嵌入窗估计(window.m)-Several dynamic invariants and measures that may be useful. Included are algorithms for autocorrelation (acorr.m), complexity (complexit
OFDM-Simulation
- 包含OFDM系统仿真，星状导频仿真，瑞利信道估计以及FFT与DFT算法复杂度比较。集合了12个项目，呵呵。-Contains the OFDM system simulation, the astroid pilot frequency simulation, the Rayleigh channel estimates as well as FFT and the DFT algorithm order of complexity compares. Has gathered 12 proje
Timing
- 这是一个通过选择排序算法的计时来获得该算法的时间复杂度的程序。-This is a sorting algorithm by selecting the time to obtain the algorithm' s time complexity of the procedure.
TimeComplexity
- 测试算法在不同规模下的时间复杂度，学会如何分析一个算法的时间复杂度；-Test algorithm under different time scale of complexity and learn how to analyze the time complexity of an algorithm
hongwaituxiangtezhengtiqu
- 该代码是自己编制的，主要用于红外图像的特征提取，其中提取长宽比，复杂度，紧凑度，均值比，不变矩等七种红外图像的特征，可很好的为以后的识别做准备-The code is compiled their own, mainly for the infrared image feature extraction, which extract the aspect ratio, complexity, compactness, mean ratio of seven invariant moments a
suijidu
- 随机信号复杂度matlab程序。可以分析信号的复杂度。而且有上限-The complexity of random signal matlab program. The complexity of the signal can be analyzed. But also limit
fuzadu
- LZ复杂度反映的是一个时间序列中，模式数量序列长度增加的速率。为了在计算机上对连续信号的复杂度进行计算，需要先将连续信号离散化，通过预处理后的心音信号符合这个要求。实现心音信号的分离-LZ complexity reflects a time series model number sequence length to increase the rate. For a continuous signal on the computer, the complexity of the calcula
LZ复杂度
- 可以用来计算信号的LZ复杂度，有利于信号的非线性分析。。。
01-复杂度1 最大子列和问题
- 计算最大子列和 并使用最低的时间复杂度，真的特别厉害(Compute maximum subsequence sum)
1
- 红外图像复杂度评估方法综述1 infrared image complexity evaluation methods were reviewed(1 infrared image complexity evaluation methods were reviewed)
算法时间复杂度的实验测试
- 以堆排序算法为例，改变输入规模n，测试算法时间复杂度(Time complexity of algorithm)
指标和时间复杂度
- c和c++数据结构指标的位置和时间复杂度的计算(The calculation of the location and time complexity of the index)