食饵捕食模型matlab代码-Modelling-and-Simulation-of-Control-Systems:建模与仿真课程的实践练习

上传者: 38571544 | 上传时间: 2022-06-24 11:15:08 | 文件大小: 37.35MB | 文件类型: ZIP
食饵捕食模型模型建模与仿真课程的实践练习 这个项目是由我在“建模和仿真”课程中编码的,它包含四个不同的练习。 建模和仿真是我们在IST学习期间选择的第一门选修课,并且由从事此工作的研究人员教授。 这种选择代表了我对系统互连以及随之而来的所有事物的热情。 在建模和仿真课程中,我学习了如何处理简单的问题,例如: 以矩阵形式(一维或多维)描述非线性系统; 状态空间建模,模型线性化和动态行为分析; 包含李雅普诺夫稳定性理论的非线性系统的稳定性; 用最小二乘法估计动态系统的参数; 关于离散事件系统的马尔可夫链问题; 惯性和车身参考系的互连,用于对自动驾驶汽车进行建模。 我们如何以数字方式(离散时间)研究自然问题(连续问题)? 本练习模拟SIMULINK中的非线性系统,例如汽车运动,共生食肉动物/猎物关系或双摆运动。 使用MATLAB软件可以管理仿真和评估结果。 伺服机构如何表现? 基于状态空间变换,此练习涉及伺服机制的行为及其对多种刺激的响应。 在他的稳态下,我们如何预测非线性系统的响应? 在这里,它使用状态空间进行工作,状态空间表示稳态模型的线性化,例如节拍器在稳态点附近振荡。 根据他的过渡态

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( 95 个子文件 37.35MB ) 食饵捕食模型matlab代码-Modelling-and-Simulation-of-Control-Systems:建模与仿真课程的实践练习
Modelling-and-Simulation-of-Control-Systems-master
Dynamics of a basic metronome
set_system5.m 737B
.gitignore 44B
lgetNLS.m 3.00KB
get_m_fromSimulation.m 1.52KB
theoretical analysis and feedback.pdf 4.41MB
fLegend.m 362B
G2-90042-900119-MSIM.zip 5.36MB
bonus.m 189B
getBPM.m 1.29KB
lab3.m 25.60KB
lab3_modsim.mlx 2.31MB
plotSS.m 528B
set_system9.m 789B
set_controller.m 540B
get_m_limit.m 144B
fromBPM.m 3.08KB
metron.slx 42.11KB
multiBodes.m 804B
metronomo.m 6.87KB
plotYY.m 434B
LabMS1920-3.pdf 373.42KB
friction.m 222B
quiverSS.m 1.24KB
.gitignore 22B
Detection of WiFi hotspots
.gitignore 44B
monte_carlo_valores_brutais.mat 2.01MB
RSS_weighted.m 560B
fLegend.m 363B
RSS_m1.m 757B
G2-90042-900119-MSIM.zip 784.02KB
squareform.m 2.56KB
feedback.pdf 360.38KB
pdist.m 12.95KB
lab4_joao.m 4.16KB
lab4.m 27.25KB
MarkovChain.mat 835B
MarkovTime.m 551B
state_mmc_gen.m 1008B
espaco_de_estados_all.m 3.46KB
lab4mc.mlx 2.14MB
state_to_probability.m 380B
rssiloc.m 1.14KB
MarkovChainDraw.m 1.04KB
prob_n_consecutive.m 1.24KB
RSS_mmc.m 2.10KB
get_limiting_distribution.m 349B
Icon 0B
entropy.m 67B
monte_carlo_valores_brutais2.mat 2.01MB
convergence_pace.m 1.28KB
desafio.m 1.24KB
LabMS1920-4.pdf 1.49MB
state_seq_gen.m 380B
mmc_teoria 9.16KB
qrrls.m 2.32KB
README.md 2.84KB
Introduction to MATLAB : SIMULINK programming
.gitignore 44B
modelo.mdl 37.03KB
teste_pendulo.m 700B
presas.mat 2.22KB
lab1.m 30.41KB
G2-90042-900119-MSIM.zip 3.00MB
LabMS1920-1.pdf 619.01KB
caotico.m 12.78KB
minimos.m 735B
movimento.mdl 36.49KB
pos_to_angles.m 428B
teste_do_caos.m 818B
theoretical analysis.pdf 2.23MB
carro.m 4.32KB
natureza.m 13.62KB
pendulo.slx 22.52KB
erro.m 306B
rot_pi.m 284B
Optimization of a hard disk's servomechanism
.gitignore 44B
u_generator.m 982B
theoretical analysis and feedback.pdf 4.07MB
disco_rigido.slx 34.67KB
LabMS1920-2.pdf 461.74KB
teste.m 11.58KB
ramps_signal.m 835B
G2-90042-900119-MSIM.zip 4.33MB
lab2_msim.m 27.01KB
fcn.mlx 3.61KB
pergunta10.m 1.17KB
u_impulse.m 1.17KB
pergunta8.m 1009B
set_system.m 415B
lab2.mlx 1.96MB
set_controller.m 431B
steady_signal.m 840B
get_signal.m 233B
alpha_bounds.m 192B
beta_bounds.m 298B
set_signal.m 677B
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