搜索资源列表
CVPower
- 汽车动力学分析程序。车辆、航空和能动工程方面的通知可以参考，也可以作为Matlab GUI编程的经典范例。欢迎下载。-vehicle dynamics analysis procedures. Vehicles, air and dynamic works can refer to the notice, as Matlab GUI classic example. Welcome to download.
railway.rar
- 自动生成美国6级轨道谱不平顺文件，可以用来作为铁道车辆的动力学仿真激励,Automatic generation of the United States six track irregularity spectrum of documents, can be used as a railway vehicle dynamics simulation incentive
ABS
- 该程序根据汽车ABS工作原理对系统进行建模，实现对防抱死制动系统的仿真分析，辅助相关研究-The program works under the vehicle ABS system modeling, to achieve the anti-lock braking system simulation analysis, supporting research
Vehicle_dynamics_analysis_program
- 汽车动力学分析程序.车辆.航空和能动工程方面的同志可以参考,也可以作为Matlab GUI编程的经典范例-Vehicle dynamics analysis program. Vehicles. Airways and dynamic engineering comrades can refer, but also can be used as a classic example of Matlab GUI programming
Matlab-pid-fuzzy-control-
- 基于汽车pid模糊控制matlab仿真，可计算汽车abs过程-Matlab pid fuzzy control based on vehicle simulation, calculate car abs process
flightgear
- 将飞行仿真系统分解为飞行器动力学模型与飞控系统、仪表显示及操纵控制台、视景仿真等独立子系统, 并以FlightGear 和Matlab/Simulink为平台设计搭建一套分布式飞行仿真系统。-The decomposition of the flight simulation system for the vehicle dynamics model and flight control systems, instrument display and manipulation of the
lridex
- matlab函数，专门计算列车车体横向sperling平稳性指标。调用方式：y=lridex(acc)，其中acc为测得的或仿真得到的车体横向加速度（不包括时间列）。-matlab function, specifically calculate the train body lateral sperling smooth indicators. The invocation: y = lridex (ACC), wherein acc obtained for the measured or
T_ENGINE_MODEL
- Matlab/simulink环境下开发的，基于平均值理论的发动机动力学模型，适用于发动机或整车控制策略开发使用。-Developed under the Matlab/Simulink environment, based on the average of the theory of engine dynamic model, suitable for the engine or vehicle control strategy developed using.
simouse
- 基于MATLAB与RECURDYN联合仿真的履带车辆模型-MATLAB and RECURDYN joint simulation model based on the tracked vehicle
ABS
- 研究了汽车制动过程中车速、轮速等的变化过程和影响因素；以化整为零的思想，研究得到制动过程中各物理量间的微分方程关系；进而建立在ABS下的数学模型；继而通过使用simulink建立仿真模型；采取逻辑门限的控制方法，综合仿真的整个动态变化过程；得到车速、轮速、滑移率、路面附着系数和制动距离随时间的变化曲线；最后利用图像分析的方法对各物理量进行分析、比较，对比有无ABS系统下制动距离的变化，得出使用ABS控制策略能显著缩短制动距离，提高制动安全性。数据分析和处理主要应用MATLAB软件。-The br
3small-s
- 分析飞思卡尔线性CCD智能车的小S数据，可以为做基于matlab智能车调试分析上位机的同学提供参考。-分析飞思卡尔线性CCD智能车的小S数据，可以为做基于matlab智能车调试分析上位机的同学提供参考。 Small s data analysis fly think of Carle linear CCD intelligent vehicle, can do analysis of PC debugging of MATLAB intelligent vehicle based on th
4analysis-cross
- 基于MATLAB分析智能车十字不过的原因，可以为做基于matlab智能车调试分析上位机的同学提供参考。-ON划词翻译ON实时翻译基于MATLAB分析智能车十字不过的原因，可以为做基于matlab智能车调试分析上位机的同学提供参考。 MATLAB analysis of reasons but smart car based on the cross, can do analysis of PC debugging of MATLAB intelligent vehicle based on
7DOF-Vehicle-Matlab-Simulink
- 7自由度的汽车整车模型，适合做汽车动力学仿真-7 degree of freedom vehicle model, which is suitable for vehicle dynamics simulation
liuxingshuobishe
- CTCS-3级列车运行控制系统两车追踪过程的模拟仿真，包括车载控制器，连锁设备，RBC，应答器，测速测距单元等子系统之间的仿真。用matlab的 simulink+stateflow实现(CTCS-3 train control system two vehicle tracking process simulation, including vehicle controller, chain equipment, RBC, transponder, speed measurement and
CTCS-3
- 毕业设计的程序，仿造北京交通大学的硕士学位论文写的程序，CTCS-3级列车运行控制系统两车追踪过程的模拟仿真，包括车载控制器，连锁设备，RBC，应答器，测速测距单元等子系统之间的仿真。用matlab的 simulink+stateflow实现(The graduation design program, imitate Beijing Jiaotong University master's degree thesis written procedures, simulation of the
车辆换挡控制模型-matlab
- 简单的车辆模型，包括整车动力性模型、发动机查表、stateflow变数箱选择模块。(Simple vehicle model, including vehicle dynamic model, engine look-up table, stateflow variable box selection module.)
ev_power
- 基于matlab的汽车动力性分析计算，作为初学者的基础资料(Analysis and calculation of vehicle dynamics)
EPS
- 模拟汽车EPS性能的特性，采用matlab语言编写，有效识别特征(The characteristics of EPS performance are simulated and written in MATLAB language to effectively identify the features)
二自由度与三自由度模型
- 车辆动力学模型，包括二自由度和三自由度，可以进行对比。自己写的，独此一家(Vehicle dynamics models, including two degrees of freedom and three degrees of freedom, can be compared. Write yourself, the only one)
ElectricSailH
- 通过将遗传算法和高斯伪谱法相结合，实现电动帆等低推进空间飞行器的空间探测轨迹优化，能够在无任何初值猜测情况下得到飞行轨迹。(By combining the genetic algorithm with the Gauss pseudospectral method, the space exploration trajectory of the low propulsion space vehicle, such as the electric sail, can be optimized,