搜索资源列表
moon_ECI
- 随着时间的变化，给出了月亮的轨道参数，对研究月球摄动有重要意义-With the change of time, given the moon's orbital parameters of the Moon perturbation study has important significance
Pickover
- 该程序为matlab环境下程序，主要演示“科学与艺术奇才”皮克欧沃的国王映射(King map)，可以生成许多类似三维的复杂曲面，调整参数，或者加上高阶摄动项，会得到更多的花样一个
TSP_orC
- TSP算法 1.C语言TSP算法 2.2-OPT，orOPT摄动 3.Main单独执行
jielian
- 捷联惯导仿真程序。针对于一般飞行器应用的捷联惯导系统，选择以地理坐标系为导航坐标系，根据指北方位系统的导航原理进行力学编排及数值仿真；制导系统针对于一般的弹道导弹，设计标准弹道，比较摄动制导与显式制导的优劣性，选择灵活性较好、适应性较强的显式制导，以待增速度为关机函数，控制关机，使之命中目标。-sins simulation
emirs
- 利用摄动方法计算高斯粗糙表面的te、tm反射率-computes the TE and TM emissivities from Gaussian rough surface using the small perturbation method
Robust
- 本文考虑了一类参数不确定系统的鲁棒正实性, 给出了一个输出反馈系统具有鲁棒严格扩展正实性( ESPR) 的充分条件以及求反馈控制器的方法, 并利用该条件可估计出系统保持ESPR 的最大参数摄动范围-In this paper we consider a class of uncertain system parameters are indeed robust, and gives a robust output feedback system expansion strictly posi
convection_diffusion_matlab_program
- 一维奇异摄动问题（对流扩散问题）的有限元程序源代码。-One-dimensional singular perturbation problem of the finite element program source code.
1
- 以能量最小为性能指标，利用奇异摄动方法提出空地导弹的一种新的中制导律。-Medium-range ground missiles optimal midcourse guidance, research and simulation
article.pdf
- 非线性最优控制系统保辛摄动近似求解论文 介绍了最优控制系统保辛摄动求解方法-nonlinear optimal control
urgers_Huxle
- 指数时程差分与有理谱配点法求解奇异摄动Burgers_Huxley问题-Index and time-difference spectrum with a rational point method for solving singular perturbation problems Burgers_Huxley
bation
- 一类分数阶微分方程初值问题的奇摄动A class of fractional differential equations initial value problem of singular perturbation-A class of fractional differential equations initial value problem of singular perturbation
compute-satellite-postion
- 根据15个星历参数计算卫星地心地固坐标系下的速度，位置（6个开普勒轨道参数，9个摄动参数）-compute satellite postion
satellite-pos
- GPS卫星坐标计算，根据导航卫星星历的轨道参数和摄动改正项来计算卫星的坐标-GPS satellite coordinates to calculate the correction items to calculate the coordinates of the satellite navigation satellite ephemeris orbital parameters and the perturbation
Model-Based-on-Perturbation-Theory
- 一种基于摄动理论的海底混响模型，详细分析了粗燥面条件下掠射角对海底混响模型的影响。-A shallow-water reverberation model is developed based on Bass perturbation theory. The key component for shallow-water reverberation modeling, the modal backscattering matrix (MBSM), has been investiga
main
- pso摄动算法，用c++编程实现，主要是用了粒子群算法-pso perturbation algorithm, using c++ programming, mainly used by PSO
orbit_matlab
- 卫星轨道预报相关程序，包含摄动计算及坐标系转换(Satellite orbit prediction program, including perturbation calculation and coordinate system transformation)
06_UT J2 解析 无短周期
- 对目标弹道受力进行分析，考虑J2摄动的影响，并包含短周期项，弹道预报方法使用数值积分法(The force of the target trajectory is analyzed, considering the influence of the J2 perturbation, and contains the short term term, the trajectory prediction method using numerical integration method .)
06_UT J2 解析 有短周期
- 使用数值积分法进行弹道预报，弹道建模时考虑进J2摄动项的影响，并包含短周期项(The numerical integration method is used to predict the trajectory, and the influence of the J2 perturbation term is considered when the trajectory is modeled, and the short term term is included.)
J2
- 考虑地球扁率摄动，求解近地卫星轨道六根数，(Consider J2 perturbation to solve the number of six tracks)
orbit_integrator
- 考虑地球J2项摄动的轨道积分器，变步长，基于龙格库塔78阶，(orbital integrator considering the J2 pertubation, based on the Runge-Kutta 78 integrator, use automatic step control)