高超飞行器纵向三自由度模型我要分享

Longitudinal three degree of freedom model of hypersonic vehicle

longitudinal 高超-控制 姿态 姿态控制纵向 高超线性

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文件大小: 73KB

代码分类: 仿真计算

开发平台: matlab

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代码描述

中文说明:

高超飞行器纵向三自由度模型,可用于线性化研究,进行姿态控制设计


English Description:

The longitudinal three degree of freedom model of hypersonic vehicle can be used for linearization research and attitude control design


代码预览

license.txt

mu autoland synthesis

.....................\classical

.....................\.........\mk_flare_fcs.m

.....................\.........\mk_gamma.m

.....................\.........\mk_gs_fcs.m

.....................\common

.....................\......\mk_axis.m

.....................\......\mk_landplot.m

.....................\......\mk_varplot.m

.....................\data

.....................\....\classic.mat

.....................\....\delta.mat

.....................\....\learjet24.mat

.....................\....\mk_data.m

.....................\....\mk_gwts.m

.....................\....\wts.mat

.....................\figures

.....................\.......\classical

.....................\.......\.........\flare

.....................\.......\.........\gamma

.....................\.......\.........\gs

.....................\.......\mu

.....................\ReadMe.txt

.....................\simulation

.....................\..........\mk_facnom.m

.....................\..........\mk_flare1.m

.....................\..........\mk_flare2.m

.....................\..........\mk_fsim.m

.....................\..........\mk_fsim_noise.m

.....................\..........\mk_fsim_pert.m

.....................\..........\mk_fwts.m

.....................\..........\mk_Pfsim.m

.....................\synthesis

.....................\.........\dane

.....................\.........\....\wts

.....................\.........\data

.....................\.........\....\delta

.....................\.........\....\learjet24

.....................\.........\dk.m

.....................\.........\mk_acnom.m

.....................\.........\mk_analysis.m

.....................\.........\mk_KC.m

.....................\.........\mk_P.m

.....................\.........\mk_Psim.m

.....................\.........\mk_reduction.m

.....................\.........\mk_sim_pert.m

.....................\.........\mk_wcperf.m

.....................\.........\mk_wts.m

.....................\.........\mu_synthesis.m