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[AI-NN-PR] rsimage DL : 0: c语言实现的遥感图像处理的一些基本操作，做遥感的朋友应该用得着-remote sensing image processing some of the basic operations, so remote sensing friends should be worthwhile
Date : 2026-01-01 Size : 409kb User : 梅蕊
[AI-NN-PR] matfun DL : 0: 神经网络源码可应用于遥感图像分类，包括bp、kohonen等方法-neural network source can be used in remote sensing image classification, including bp, Kohonen methods
Date : 2026-01-01 Size : 4kb User : 刘武
[AI-NN-PR] javaforBPandrbf DL : 0: 用java编写的bp网络和rbf网络的源程序 JNNT由java语言写成，具有跨平台的优越性能.java applet的演示版更简单到只需要任何机器上的浏览器就可以运行，无需安装任何大型附加软件。更方便爱好者通过internet远程访问资源。 -with java bp prepared by the network and the networks of the source rbf JNNT by java language, cross-platform advantages can be. java applet demo version of a more simple to just any machine on the View All can be run without having to install any additional software major. Lovers more convenient remote access through the internet resources.
Date : 2026-01-01 Size : 34kb User : wenwen
[AI-NN-PR] LongestDistance DL : 0: java实现层次聚类,最远距离算法,具有良好的程序结构,具有通用性-java achieve hierarchical clustering, the most remote algorithm has a good program structure is universal
Date : 2026-01-01 Size : 1kb User : zyq
[AI-NN-PR] Java_neuralnetwork_toolkit DL : 0: 本工具包主要是为对神经网络有兴趣人士提供的一种方便，灵活的学习和研究软件。 JNNT由java语言写成，具有跨平台的优越性能.java applet的演示版更简单到只需要任何机器上的浏览器就可以运行，无需安装任何大型附加软件。更方便爱好者通过internet远程访问资源。支持反向传播算法(BP),LBG聚类法和径向基网络(RBF) -This toolkit is for people interested in neural networks has provided a convenient, flexible learning and research software. JNNT by the java language, cross-platform with superior performance. Java applet demo version is more simple to just any machine can run a browser, without installing any large-scale add-on software. Enthusiasts through the internet more convenient remote access to resources. To support the back-propagation algorithm (BP), LBG clustering method and radial basis function network (RBF)
Date : 2026-01-01 Size : 32kb User : 林盈
[AI-NN-PR] SOFM DL : 0: SOFM神经网络的 c++源程序可用于遥感图像分类-SOFM neural network c++ Source can be used for remote sensing image classification
Date : 2026-01-01 Size : 28kb User : deepu
[AI-NN-PR] GAuseiRS DL : 0: 遗传算法在遥感中的应用，以及一些常用算法实现，并有可实现的实例GA程序-Genetic algorithm in the application of remote sensing, as well as some commonly used algorithms, and examples can be achieved GA procedures
Date : 2026-01-01 Size : 42kb User : fjk
[AI-NN-PR] Principle_and_Application_of_active_Remote_Sensing DL : 0: 本书从两个方面介绍了主动式遥感的成像原理及其应用：SAR及INSAR原理及其应用；航空激光雷达遥感原理及数据处理方法。-Two aspects of this book from the introduction of the active remote sensing imaging principle and its application: SAR and INSAR Principles and Applications aviation laser radar remote sensing principles and data processing methods.
Date : 2026-01-01 Size : 6.86mb User : lyzseu
[AI-NN-PR] ipthru DL : 0: 此程序为基于Aria软件的用于移动机器人的远程网络控制的算法-This procedure is based on the Aria software for mobile robot remote network control algorithm
Date : 2026-01-01 Size : 3kb User : 张涛涛
[AI-NN-PR] AimprovedFuzzyCMeans DL : 0: 关于模糊c-均值算法改进及其对卫星遥感数据聚类的对比，文章对模糊c-均值算法提出一改进意见，并通过实践证明。-On the fuzzy c-means algorithm to improve its impact on satellite remote sensing data clustering contrast, article on the fuzzy c-means algorithm to improve the one proposed, and proved through practice.
Date : 2026-01-01 Size : 155kb User : 马宝秋
[AI-NN-PR] SingleNeuralAdaptivePIDController DL : 0: 单神经元自适应pid,减少了模型误差对远程控制系统的影响,试验表明系统具有良好的鲁棒性和控制品质-Single neuron adaptive pid, a reduction of model error on the remote control systems, experiments show that the system has good robustness and control quality
Date : 2026-01-01 Size : 1kb User : 李明哲
[AI-NN-PR] AbRobotA DL : 0: Pioneer2机器人远程控制程序，可实现网络中的机器人远程控制。-Pioneer2 robot remote-control programs, enabling network remote control robot.
Date : 2026-01-01 Size : 472kb User : imgordon
[AI-NN-PR] V0.71h DL : 0: 一个小型的遥控玩具飞行机器人的控制源程序7.10h -A small remote control robot toys flying 7.10h source
Date : 2026-01-01 Size : 188kb User : 王建军
[AI-NN-PR] ourdev_180791 DL : 0: 一个小型的遥控玩具飞行机器人的电子调速器控制源程序-A small remote-controlled flying robot toys of the electronic governor control source
Date : 2026-01-01 Size : 68kb User : 王建军
[AI-NN-PR] swtu DL : 0: 改进的模糊聚类算法，主要用于处理高分辨率遥感影像-Improved fuzzy clustering algorithm, mainly used to deal with high-resolution remote sensing image
Date : 2026-01-01 Size : 1kb User : 娟娟
[AI-NN-PR] BPclass DL : 0: 利用BP神经网络对遥感图像进行地物的自动识别-The use of BP neural network of remote sensing images of the automatic recognition of features
Date : 2026-01-01 Size : 667kb User : harvey
[AI-NN-PR] Robot DL : 0: 智能机器人遥控技术的算法研究文件格式PDF-Intelligent Robot Research on Algorithm of Remote Control Technology file format PDF
Date : 2026-01-01 Size : 138kb User : 金一
[AI-NN-PR] teleoperater DL : 0: 远程控制机器人的仿真程序。控制人员在A端做动作后，B端得机器人会做出相应的动作。-Remote control robot simulation program. Control personnel to do the movements in the A-side, after, B-side robot will have to make corresponding action.
Date : 2026-01-01 Size : 137kb User : fashenqq
[AI-NN-PR] robot DL : 0: 一个pioneer3机器人控制程序。包括服务端和客户端。必须pioneer3机器人端启动服务程序(servoDemo),然后启动客户端程序，就能从客户端经过服务端得到机器人和环境的一些信息。本程序可以很好地作为机器人远程控制的学习例子。-1 pioneer3 robot control programs. Including service and client. Pioneer3 robot must start the client service program (servoDemo), and then start the client program, you can from the client through the server to be some information about robots and the environment. This procedure can be a good way of learning as an example of remote control robot.
Date : 2026-01-01 Size : 5.84mb User : zihuizhang
[AI-NN-PR] fetaure_extraction_lidar DL : 0: With the rapid development of remote sensing technology, three dimensional coordinates and intensity information of observation target can be obtained directly from LIDAR system. It is one of the important issues in the study on LIDAR data processing that how to extract the object from the point cloud data captured by laser scanning effectively without the help of spectral information as well as other auxiliary data. In this paper, a method for the target extraction from the point cloud data in the absence of other auxiliary data is proposed. Experiment results indicate that the mentioned method can extract interesting object points from LIDAR point cloud data powerfully.
Date : 2026-01-01 Size : 337kb User : fais

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