Search - MATLAB c

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[Other systems] pid-in-industry DL : 0: c语言的PID控制算法程序，作为工业控制中的一种常用控制算法PID运算。-c language PID control algorithm procedures for industrial control of a PID control algorithm commonly used operations.
Date : 2025-12-27 Size : 1kb User : zxb
[Other systems] LBM_HUST(C++) DL : 1: 是格子boltzmann中的一段代码,希望对做多相流的朋友有所帮助.-lattice boltzmann is the section of code, and I hope to do multiphase flow friends help.
Date : 2025-12-27 Size : 2kb User : 刘品
[Other systems] A_program_for_ploting_seismic_recording(C++) DL : 0: 用Visual C++绘制简单的人工地震剖面程序，对地球物探勘探专业特别是石油物探专业的学生应该很有用-drawing simple artificial seismic procedures, Geophysical exploration of the Earth's professional, especially oil geophysical professional students should be useful
Date : 2025-12-27 Size : 578kb User : Yao Shengli
[Other systems] RADAR-simulation-code DL : 1: 这是关于RADRA仿真的.有如下代码placeClutter.m, plotDistLines.m, plotFOV.m, radarSimulation.m, runRadarSim.m, targetsReturn.m, radarSimulation.fig, analyzBuffer.m, buildAntenaGain.m, createTargets.m, displayTargets.m, handleRadarControlls.m, MTIcalcTargetsV.m-RADRA simulation. PlaceClutter.m following code, plotDistLines.m, plotFOV.m. radarSimulation.m, runRadarSim.m. targetsReturn.m, radarSimulation.fig. analyzBuffer.m, buildAntenaGain.m. createTargets.m, displayTargets.m. handleRadarControlls.m, MTIcalcTargetsV.m
Date : 2025-12-27 Size : 23kb User : ruan pingfan
[Other systems] iriscloud DL : 0: In fuzzy cluster analysis, many algorithms have been developed. In general, the most widely used is the Fuzzy c-Means Algorithms (FCMA).-fuzzy cluster analysis, many algorithms have been developed. In genera l the most widely used is the fuzzy c- Means Algori thms (FCMA).
Date : 2025-12-27 Size : 3kb User : 李兵
[Other systems] RADON DL : 0: matlab拉冬变换程序，包括拉冬正变换和反变换程序。-Matlab Radon transform procedures, including Radon transformation and anti-transformation process.
Date : 2025-12-27 Size : 2kb User : 沙漠
[Other systems] huiseGM DL : 0: 灰色预测GM（1，1）模型的matlab源代码，包括预测模型的建立，以及模型的精度检验指标c,p的计算-Gray prediction GM (1,1) model matlab source code, including the prediction model, as well as indicators of model accuracy test c, p calculation
Date : 2025-12-27 Size : 1kb User : yifeng
[Other systems] work DL : 0: 距离分辨率 thrt0=1*pi/6 斜视角 angb=0.6*lamda/res_a 合成波束宽度 Rr=5000 目标中心到航迹垂直距离 V=100 飞机的航速 Tp=1e-6 脉冲宽度 T=10e-3 脉冲周期 B=0.5*c/res_r 脉冲频宽 Kr=B/Tp 频率调制率 fc=c/lamda 载波频率 Rx=Rr*tan(thrt0) 目标区中心横坐标 R0=Rr*sec(thrt0) 目标区中x心距离 Lc0=1.0*angb*R0 正视有效积累长度 Lc=Lc0*sec(thrt0) 斜视有效积累长度 Tc=Lc/V 相干积累时间 wx=100 场景长度-距离分辨率 thrt0=1*pi/6 斜视角 angb=0.6*lamda/res_a 合成波束宽度 Rr=5000 目标中心到航迹垂直距离 V=100 飞机的航速 Tp=1e-6 脉冲宽度 T=10e-3 脉冲周期 B=0.5*c/res_r 脉冲频宽 Kr=B/Tp 频率调制率 fc=c/lamda 载波频率 Rx=Rr*tan(thrt0) 目标区中心横坐标 R0=Rr*sec(thrt0) 目标区中x心距离 Lc0=1.0*angb*R0 正视有效积累长度 Lc=Lc0*sec(thrt0) 斜视有效积累长度 Tc=Lc/V 相干积累时间 wx=100 场景长度
Date : 2025-12-27 Size : 2kb User : wan
[Other systems] Main DL : 0: 水准网平差，采用C#和MATLAB混合编程的，使用的时候得安装MATLAB的基础支持库-Leveling network adjustment, using C# and MATLAB programming mix, using the one time of installation of MATLAB-based support library
Date : 2025-12-27 Size : 274kb User : 许超钤
[Other systems] Example DL : 0: This used to call c from Matlab-This is used to call c from Matlab
Date : 2025-12-27 Size : 596kb User : cas
[Other systems] matlabzaidianzidechengxu DL : 0: 基于C++的实现H.264压缩格式的数字水印嵌入的源代码-Based on C++ implementation of H.264 compression format of the digital watermark embedded in the source code
Date : 2025-12-27 Size : 145kb User : wyj
[Other systems] FCM DL : 0: matlab for fuzzy c-mean
Date : 2025-12-27 Size : 393kb User : phon
[Other systems] FuzzyC-means DL : 0: Simple Fuzzy c-means code in matlab
Date : 2025-12-27 Size : 1kb User : Arthur Porto
[Other systems] The-Micro-Doppler-Effect-in-Radar DL : 0: Victor C.Chen《雷达中的微多普勒效应》的英文书及其书中所述的Matlab程序。-This is Victor C.Chen s book The Micro-Doppler Effect in Radar With DVD with Matlab codes.You have to put the codes on the Matlab folder that you can excute it.
Date : 2025-12-27 Size : 4.33mb User : 屈文星
[Other systems] Kalman.m DL : 0: This example shows how to generate C code for a MATLAB Kalman filter function, Kalman , which estimates the position of a moving object based on past noisy measurements. It also shows how to generate a MEX function for this MATLAB code to increase the execution speed of the algorithm in MATLAB.
Date : 2025-12-27 Size : 1kb User : josehumano
[Other systems] TGVSHCS DL : 0: This Matlab/C code contains routines to perform level set image segmentation according to: (1) various multiphase (multiregion) formulations, including a fast scheme where the computation load grows linearly with the number of regions and, (2) various region-based image descriptions which generalize the standard piecewise constant Chan-Vese model the descriptions include Gamma distribution models for image data corrupted by multiplicative noise as in remote sensing synthetic aperture radar (SAR), and medical imaging ultrasound. Also included is kernel mapping as an alternative to explicit image modeling.-This Matlab/C code contains routines to perform level set image segmentation according to: (1) various multiphase (multiregion) formulations, including a fast scheme where the computation load grows linearly with the number of regions and, (2) various region-based image descriptions which generalize the standard piecewise constant Chan-Vese model the descriptions include Gamma distribution models for image data corrupted by multiplicative noise as in remote sensing synthetic aperture radar (SAR), and medical imaging ultrasound. Also included is kernel mapping as an alternative to explicit image modeling.
Date : 2025-12-27 Size : 315kb User : v.r.s.mani
[Other systems] ReduceCore DL : 0: 利用Matlab实现的粗糙集约简，通过输入参数U、C、D，返回约简得到的Core函数。-Use rough sets reduction Matlab achieved via the input parameter U, C, D, Core function returns the reduction obtained.
Date : 2025-12-27 Size : 1kb User : zhangqilai
[Other systems] DIPOLE DL : 0: c This a MATLAB and FORTRAN based program that computes the: c c I. Maximum directivity (dimensionless and in dB) c II. Radiation resistance (Rr) c III. Input resistance (Rin) c IV. Reactance relative to current maximum (Xm) c V. Input reactance (Xin) c VI. Normalized current distribution c VII. Directivity pattern (in dB) c VIII. Normalized far-field amplitude pattern (Etheta in dB) -c This is a MATLAB and FORTRAN based program that computes the: c c I. Maximum directivity (dimensionless and in dB) c II. Radiation resistance (Rr) c III. Input resistance (Rin) c IV. Reactance relative to current maximum (Xm) c V. Input reactance (Xin) c VI. Normalized current distribution c VII. Directivity pattern (in dB) c VIII. Normalized far-field amplitude pattern (Etheta in dB)
Date : 2025-12-27 Size : 5kb User : yuzhengdong