文件名称:Orbit
- 所属分类:
- matlab例程
- 资源属性:
- [Matlab] [源码]
- 上传时间:
- 2012-11-26
- 文件大小:
- 454kb
- 下载次数:
- 1次
- 提 供 者:
- yangh*****
- 相关连接:
- 无
- 下载说明:
- 别用迅雷下载,失败请重下,重下不扣分!
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卫星轨道机动模拟仿真matlab程序,应用GPS数据进行具体分析。-Matlab simulation of satellite orbit maneuver, application specific analysis of GPS data.
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下载文件列表
Orbit机动
.........\Basic Funcs
.........\...........\Const_E_S.m
.........\...........\Finitmaneuver.m
.........\...........\Hohmann.m
.........\...........\iofsso.m
.........\...........\Vinfi_2_Vr.m
.........\...........\V_a2r.m
.........\Lambert
.........\.......\Hyper_3152G.m
.........\.......\Hyper_func3152.m
.........\.......\lambert.m
.........\.......\lambertn.m
.........\Orbit mechanics
.........\...............\coe_from_sv.m
.........\...............\Example_coe_from_sv.m
.........\...............\Example_gauss.m
.........\...............\Example_gibbs.m
.........\...............\Example_interplanetary.m
.........\...............\Example_J0.m
.........\...............\Example_kepler_E.m
.........\...............\Example_kepler_H.m
.........\...............\Example_kepler_U.m
.........\...............\Example_lambert.m
.........\...............\Example_LST.m
.........\...............\Example_planet_elements_and_sv.m
.........\...............\Example_rv_from_observe.m
.........\...............\Example_rv_from_r0v0.m
.........\...............\Example_sv_from_coe.m
.........\...............\fDot_and_gDot.m
.........\...............\f_and_g.m
.........\...............\gauss.m
.........\...............\gibbs.m
.........\...............\interplanetary.m
.........\...............\J0.m
.........\...............\kepler_E.m
.........\...............\kepler_H.m
.........\...............\kepler_U.m
.........\...............\lambert.m
.........\...............\LST.m
.........\...............\month_planet_names.m
.........\...............\planet_elements_and_sv.m
.........\...............\rv_from_observe.m
.........\...............\rv_from_r0v0.m
.........\...............\stumpC.m
.........\...............\stumpS.m
.........\...............\sv_from_coe.m
.........\Orbital_Library
.........\...............\CalcEA.m
.........\...............\Coastline.dat
.........\...............\Constants.m
.........\...............\dInc.m
.........\...............\dVdI.m
.........\...............\ecef2eci.m
.........\...............\eci2ecef.m
.........\...............\elorb.m
.........\...............\Groundtrack.m
.........\...............\Hohmann.m
.........\...............\JD.m
.........\...............\KeplerCOE.m
.........\...............\NodeChange.m
.........\...............\nuFromM.m
.........\...............\nuFromTp.m
.........\...............\plotorb.m
.........\...............\R1.m
.........\...............\R2.m
.........\...............\R3.m
.........\...............\randv.m
.........\...............\RVtoLatLong.m
.........\...............\topo.m
.........\...............\TwoBody.m
.........\...............\zeroTo360.m
.........\Basic Funcs
.........\...........\Const_E_S.m
.........\...........\Finitmaneuver.m
.........\...........\Hohmann.m
.........\...........\iofsso.m
.........\...........\Vinfi_2_Vr.m
.........\...........\V_a2r.m
.........\Lambert
.........\.......\Hyper_3152G.m
.........\.......\Hyper_func3152.m
.........\.......\lambert.m
.........\.......\lambertn.m
.........\Orbit mechanics
.........\...............\coe_from_sv.m
.........\...............\Example_coe_from_sv.m
.........\...............\Example_gauss.m
.........\...............\Example_gibbs.m
.........\...............\Example_interplanetary.m
.........\...............\Example_J0.m
.........\...............\Example_kepler_E.m
.........\...............\Example_kepler_H.m
.........\...............\Example_kepler_U.m
.........\...............\Example_lambert.m
.........\...............\Example_LST.m
.........\...............\Example_planet_elements_and_sv.m
.........\...............\Example_rv_from_observe.m
.........\...............\Example_rv_from_r0v0.m
.........\...............\Example_sv_from_coe.m
.........\...............\fDot_and_gDot.m
.........\...............\f_and_g.m
.........\...............\gauss.m
.........\...............\gibbs.m
.........\...............\interplanetary.m
.........\...............\J0.m
.........\...............\kepler_E.m
.........\...............\kepler_H.m
.........\...............\kepler_U.m
.........\...............\lambert.m
.........\...............\LST.m
.........\...............\month_planet_names.m
.........\...............\planet_elements_and_sv.m
.........\...............\rv_from_observe.m
.........\...............\rv_from_r0v0.m
.........\...............\stumpC.m
.........\...............\stumpS.m
.........\...............\sv_from_coe.m
.........\Orbital_Library
.........\...............\CalcEA.m
.........\...............\Coastline.dat
.........\...............\Constants.m
.........\...............\dInc.m
.........\...............\dVdI.m
.........\...............\ecef2eci.m
.........\...............\eci2ecef.m
.........\...............\elorb.m
.........\...............\Groundtrack.m
.........\...............\Hohmann.m
.........\...............\JD.m
.........\...............\KeplerCOE.m
.........\...............\NodeChange.m
.........\...............\nuFromM.m
.........\...............\nuFromTp.m
.........\...............\plotorb.m
.........\...............\R1.m
.........\...............\R2.m
.........\...............\R3.m
.........\...............\randv.m
.........\...............\RVtoLatLong.m
.........\...............\topo.m
.........\...............\TwoBody.m
.........\...............\zeroTo360.m