搜索资源列表
Neural_networks_in_highway_traffic
- 结合人工智能的最新方向:人工神经网络,利用BP网络的联想,记忆功能,建立了具有神经网络的驾驶员:环境闭环控制系统模型.-combination of the latest artificial intelligence direction : artificial neural network, BP network association, memory function, built a neural network drivers
2DOF
- 运用状态方程建立车辆的动力学模型，用于驾驶员模型建模仿真和动力学分析等。-The equation of state to establish the dynamic model of the vehicle for driver modeling simulation and dynamic analysis.
2
- 驾驶员模型数据处理，论文第二章仿真程序，发表sci-Pilot model data processing, paper chapter ii simulation program, published sci
3
- 两种驾驶员模型进行对比分析，最终验证本驾驶员模型的优势-Comparing the two pilot model, finally verify the driver model
4
- 实现驾驶员模型的模块化，进行集成控制，减小侧偏角度-Realize the driver model of modularization, integration control, reduce the lateral deflection Angle
guijigengzong
- 基于模型预测控制的驾驶员模型的轨迹跟踪（CarSim8.02和Matlab联合仿真文件）-Tracking (CarSim8.02 and Matlab co-simulation file) trajectory model predictive control based on driver model
Edrive_Simlink Model
- 纯电动汽车SIMULINK模型（包括驾驶员模型. 电池模型. 电机模型. 车辆和轮胎动力学模型等）(Simlink Model of Electric Automotive, including Driver Model. Battery Model. Electric Motor Model. Vehicle and Tire Dynamics Model and Controller Model.)
bihuan_1
- 驾驶员模型闭环控制，考虑转向系统情况下的闭环路径跟踪模型。(Driver model closed loop control)
test
- 基于CARSIM的驾驶员预瞄模型实现无人车路径跟踪(The pilot model realizes the path tracking of the driverless car)
7DOf
- 七自由度仿真模型，带有驾驶员模型，传动系统模型。(Seven-degree-of-freedom simulation model with driver model and driveline model.)
驾驶员行为特性对交通仿真模型的影响及其应用.pdf
- 针对现行交通仿真模型中跟车模型和超车模型的不足之处，通过分析驾驶员交通行为的基本特性，指出了 驾驶员特性对车辆跟驰行为、换车道行为的影响，提出了判断车辆跟驰状态的合理指标及指标值的确定方法，最后 分析 了驾驶员类型对换车道模型的修正方法。(According to the current traffic simulation model with inadequate vehicle model and overtaking model
car_model
- 整车模型，其中包括电动机，发动机，变速器，差速器，驾驶员模型等等(CAR MODEL including motor,engine,trans,driver etc)
edrive_model
- 驾驶员模型可以表达车辆的情况，输入包括油门踏板信号、制动踏板信号，通过这些参数，表达车辆控制策略(The driver model can express the condition of the vehicle, input the throttle pedal signal and the brake pedal signal, and express the vehicle control strategy through the
PlantModel
- 包含整车，发动机，变速箱，驾驶员模型，可以帮助控制模型校核及仿真(Includes vehicle, engine, gearbox, driver model.)
半车预瞄对比
- 1/2车辆模型的驾驶员预瞄算法对比，具有实用的参考意义(Comparison of Preview Algorithms for 1/2 Vehicle Model)
混合动力车辆模型
- 混合动力车辆模型，里面有驾驶员模型、电机模型、发动机模型，传动系统模型等(Hybrid vehicle model, including driver model, motor model, engine model, transmission model, etc)
55593422erziyouducwfenxi
- 建立了预瞄侧向加速度驾驶员模型，依据驾驶员模型可以实现对不同道路的循迹行驶。(A forward-looking lateral acceleration driver model is established. According to the driver model, track driving on different roads can be realized.)
HEV1
- 混合动力车辆整车仿真模型，通过simulink搭建完成。内含驾驶员模型、控制策略模型、发动机模型、电机模型、变速箱模型、车辆动力学模型(The whole vehicle simulation model of hybrid vehicle is built by Simulink. Including driver model, control strategy model, engine model, motor model, ge
inverse model WLTC
- 本Simulink模型为整车动力学模型于循环工况下的运行模型，包含轮胎模型，驾驶员模型与台架通讯部分。(This Simulink model is the operation model of vehicle dynamic model under cycle conditions, including tire model, driver model and platform communication part.)
新建 好压 ZIP 压缩文件
- 整车七自由度模型，包括驾驶员模型轮胎模型整车模型，可以完美运行，可输出纵向、侧向、横摆的运动状态。(The 7-DOF vehicle model, including driver model, tire model and vehicle model, can run perfectly and output the motion states of longitudinal, lateral and yaw.)