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[matlab] matlab DL : 0: 云模型的matlab实现~具体实例-Cloud model implementation of the matlab ~~~~~~~~~~~~~~~~~~~~~~~~~~ ~ concrete examples
Update : 2025-02-17 Size : 1kb Publisher : ls
[Other] CloudComputingAndWebDataManagement DL : 0: 这是一本很有用的云计算书籍，我认为一定对大家有帮助。-This is a very useful book of cloud computing, I think all of us must help.
Update : 2025-02-17 Size : 413kb Publisher : jzamu
[matlab] 872176fuzme_matlab DL : 0: matlab 云模型的源代码实现,是非常好的资料-It is based on the cloud caluate wih matlab computing
Update : 2025-02-17 Size : 19kb Publisher : zhouzhong
[Special Effects] demo_MLS DL : 0: MLS,通过matlab计算点云表面曲率，版权见内部readme。(This directory contains the Matlab source code for computing surface curvatures from a point-set surface.)
Update : 2025-02-17 Size : 132kb Publisher : KaDrache
[3D Graphic] Cloud Implementation-3 - Copy - Copy - Copy DL : 0: artificial cloud implementation in matlab, things to notice is its not related with cloud computing its just artificial cloud generating code
Update : 2025-02-17 Size : 42kb Publisher : cloudaddict
[matlab] 基于预测及蚁群算法的云计算资源调度策略 DL : 0: 基于预测以及蚁群算法实现的IDC机房云计算资源调度论文。内付matlab代码思路。(Based on prediction and ant colony algorithm, cloud computing resource scheduling of IDC computer room is realized. Inside pay matlab code thinking.)
Update : 2025-02-17 Size : 236kb Publisher : Ricky.D.
[Other] cloud DL : 0: ”云”或者’云滴‘是云模型的基本单元，所谓云是指在其论域上的一个分布，可以用联合概率的形式（x， u）来表示云模型用三个数据来表示其特征期望：云滴在论域空间分布的期望，一般用符号Εx表示。熵：不确定程度，由离散程度和模糊程度共同决定，一般用En表示。超熵：用来度量熵的不确定性，既熵的熵，一般用符号He表示。云有两种发生器：正向云发生器和逆向云发生器，分别用来生成足够的云滴和计算云数字特征（Ex， En，He）。正向云发生器： 1.生成以En为期望，以He^2为方差的正态随机数En’。 2.生成与Ex为期望，以En‘^2为方差的正态随机数x。 3.计算隶属度也就是确定是 u=exp（-（x - Ex）^2 / 2*En‘^2）,则（x， u）便是相对于论域U的一个云滴。这里选择常用的“钟型”函数u=exp（-（x - a）^2 / 2*b^2）为隶属度函数。 4. 重复生成123步骤直到生成足够的云滴(Membership degree of cloud computing implemented by MATLAB)
Update : 2025-02-17 Size : 2kb Publisher : lkpblank
[Other] 云模型Matlab程序 DL : 0: 云模型上计算使用，可以计算综合云中的望值Ex、熵En、超熵He。(Computing Usage on Cloud Model)
Update : 2025-02-17 Size : 9kb Publisher : 佚佚
[matlab] code DL : 0: 在同一条关键路径上，若微服务j和与其直接关联的微服务j-n不在同一边缘计算节点或云中心执行，则存在云-边数据传输时间Ti,j-n,j，微服务j要在数据传输完成以后才能开始执行。其中，n表示同一条关键路径上微服务j与其直接相关联的微服务j-n之间的节点逻辑距离，datai,j-n,j表示微服务j-n与微服务j之间数据传输的大小。(In the same critical path, if microservice J and its directly associated microservice J-N are not executed at the same edge computing node or cloud center, then there exists cloud-edge data transmission time Ti, J-N, J, and microservice J can only be executed after the data transmission is completed.Where, N represents the node logical distance between microservice J and the microservice J-N directly associated with it on the same critical path, datai, j-N, and J represent the size of data transmission between microservice J-N and microservice J.)
Update : 2025-02-17 Size : 24kb Publisher : nba2294
[matlab] cloud computing for large scale network DL : 0: This function presented here is a general implementation of the sgolay function in Matlab. The Savitzky-Golay filter
Update : 2021-05-25 Size : 329.65kb Publisher : mosi123