搜索资源列表
R语言可视化8种基本图形的语句汇总
- 梳理总结了R语言8种数据可视化案例，涵盖了基本及高级绘图工具及函数，方便后来者学习。(It summarizes and summarizes 8 data visualization cases of R language, covering basic and advanced drawing tools and functions, which is convenient for later learners to learn.)
guidemo
- 南京理工大学计算机学院《仿真与可视化》课程作业，排队系统。(Simulation and visualization course work, queuing system)
双对数坐标下画图可视化
- matlab中幂律分布双对数坐标画图可视化(visualization of a Power law distribution with double logarithmic coordinate)
visulize
- caffe-window matlab 接口训练mnist后权重、特征可视化(Caffe-window Matlab interface training MNIST.M file, MATLAB platform training MNIST model)
MusicPlayer2.1.1.0
- 一个利用GDI+开发的音乐可视化播放器，练习GDI+绘图(A GDI+ development of Music Visualization player, practice GDI+ drawing)
som_visualization_r
- som算法实现聚类，并将结果进行可视化展现(Visualization of SOM algorithm)
IntelligentSubstation
- 电网中智能变电站二次设备仿真培训系统可视化初步界面(Visual preliminary interface of two device simulation training system for intelligent substation in power grid)
tetview-win
- 可以查看多种格式的三维可视化软件 可以查看多种格式的三维可视化软件(You can view 3D visualization software in a variety of formats)
MongoVUE
- MOngo数据库的一种可视化工具，使用非常方便，简单易学(MOngo database of a visual tool, the use of very convenient, easy to learn)
SFLA1
- 基于matlab的SFLA算法的可视化，交互式操作界面(Visualization of SFLA algorithm based on MATLAB)
可视化软件VOSviewer_1.6.5_exe
- 可视化分析软件，界面友好，画质美观()
js,matlab,python版本的可视化工具
- 高维降低维并可视化，可在网页运行，类似于pca但性能更好
caffe 可视化
- 这个是深度学习caffe框架的一些可视化代码(it is about caffe, a deep learning framework, in a easy to see way to the readers.)
viStaMPS_v1.1.1
- 针对PS结果的可视化和分析程序,是基于MATLAB开发的一块做sar可视化的软件(It is based on the processing of multi-temporal SAR data, is widely used for ground deformation monitoring.)
07534824
- 一篇可视化论文，最新进展在文本可视化方面(this is a paper about keshihua)
IDL可视化分析与应用（随书程序）
- IDL 可视化随书籍的源代码，内容丰富，便于学习(IDL Visualizations with the source code of the book, rich in content, easy to learn)
visual
- 实现了一个简单的卷积神经网络,并对卷积过程中的提取特征进行了可视化.(A simple convolution neural network is implemented, and the extraction features in the convolution process are visualized.)
MC的练习
- 利用面绘制技术进行三维物体的可视化，已有比较成熟的界面和图像。(Using surface rendering technology to visualize three-dimensional objects, there is a relatively mature interface and image.)
Untitled2
- 针对二维波动方程，我们研究了一个实例，即弹性薄膜的波动方程。 其实际物理意义是：两手抓住弹性薄膜的两个位置，分别提起，使薄膜上形成两个峰，在t=0时刻突然松手，根据生活常识可以预料，这两个位置的薄膜将来回震动，与此同时产生的波向四周传播，而且波与波会在相遇处叠加。用matlab编程并将这个过程可视化。(In view of the two-dimensional wave equation, we have studied an example, the wave equation of the
磁流体推进器原理
- 在VC++平台上，将磁流体推进器原理可视化，控制变量，改变其速度等。(On the VC++ platform, the principle of magnetic fluid thruster is visualized, the variable is controlled, and its speed is changed.)