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yujianchengxu
- 自编程序，主要用于驾驶中眼睛的定位，用matlab实现。-written procedures, mainly for driving the eye position, using Matlab to achieve.
eye_code
- eye detection sample in matlab. Eyetrackers can analyze a driver’s level of attentiveness while driving and prevent drowsiness from causing accidents.-eye detection sample in Matlab. Eyetracke rs can analyze a driver's level of attentivenes s whi
dijkstra
- dijkstra算法的matlab实现，验证数据采用了河北省主要城市的赋值无权网络图，并分析了单程往复式行驶的效率因素，实际应用价值高-the dijkstra algorithm matlab to achieve, verify the data used in major cities in Hebei Province network has no right of assignment, and an analysis of the efficiency of one-way reci
EigenfaceCore
- emotion recognition for driver facial emotional state while driving
pf
- We are researching robot localization techniques which fuse dead reckoning measurements with range measurements from stationary radio beacons in the robot s environment. This site provides Matlab code for three algorithms explored thus far -- an
lorenz
- 以上是驱动系统的混沌微分方程的matlab源程序-The above is the chaos of driving system of differential equation of the source program
qudongli
- 驱动力和制动力是车辆纵向力学特性中重要部分，本程序采用matlab，根据发动机的万有特性曲线和循环工况，绘制出车辆的驱动力和制动力随时间的关系-The driving force and braking force is an important part of the vehicle longitudinal mechanical properties, the program uses matlab, according to the universal characteristic cur
shuiwen
- 水文测量中的matlab仿真，包括自动行驶，采集数据，完整的仿真模型的搭建。-Hydrographic survey of matlab simulation, including automatic driving, data collection, build a complete simulation model.
mtalab_F_P
- 基于matlab的汽车驱动力阻力平衡设计。可用于检测汽车的总体设计是否满足要求。-Matlab car driving force resistance balanced design. The overall design may be used to detect whether the vehicle meets the requirements.
matlab
- 受谷歌自动驾驶汽车的启发，自己开发了利用超声波探测技术，将采集的数据在matlab中绘图，其效果达到一个雷达搜索的雏形，即可扫描出前方障碍物。但由于传感器的距离限制，只能扫描5米的距离。-Inspired by the Google automatic driving a car that he developed the use of ultrasonic detection technology, data will be collected in matlab drawing, the e
CA
- 这个程序可以用MATLAB实现元胞自动机功能,模拟土地利用随驱动力变化而变化。-This program can be achieved using MATLAB function cellular automata to simulate land use with the driving force of change.
poincare-map
- matlab 计算带驱动力偏微分方程poincare map，方程为dy(1)=y(2) dy(2)=-k*y(2)-y(1)^3+B*cos(t) -Matlab calculation of belt driving force of partial differential equation and Poincare map equation, Dy (1) =y (2) Dy (2) =-k*y (2)-y (1) ^3+B*cos (t)
mech_transmission
- 汽车的传动系应保证汽车具有在各种行驶条件下所必需的牵引力、车速，以及保证牵引力与车速之间协调变化等功能。本文件是汽车传动系统的MATLAB仿真模型，适合于一般研究人员的研究(The driveline of a car should ensure that the vehicle has the necessary traction and speed when driving under all kinds of driving conditions, as well as the coord
KeepInTouchDPr
- Given the driving and driven gear profils, compute gears efficiency
Capture
- Abstract: This paper presents a new control strategy to optimize the fuel economy of parallel configured charge sustained hybrid electric vehicles. This new approach is a constrained engine on-off strategy, which has been developed from the two extr
vrp
- 假设在一个供求关系系统中，车辆从货源取货，配送到对应的若干配送点。车辆存在最大载货量，且配送可能有时间限制。需要合理安排取货时间，组织适当的行车路线，使用户需求得到满足，同时使某个代价函数最小，比如总工作时间最少、路径最短等。 可以看出TSP问题是VRP问题的一种简单特殊形式。因此，VRP也是一种NP hard 问题。 目前解决此种问题的办法有多种，主要以启发式算法为主。包括退火算法、遗传算法、蚁群算法、禁忌算法等，本文介绍两种比较简单算法：C-W节约算法和遗传算法。(Assume that
Side slip angle estimation
- 用于车辆的实时质心侧偏角估计，对车辆行驶稳定性控制有潜在意义(It can be used to estimate the real-time sideslip angle of vehicle centroid, which has potential significance for vehicle driving stability control)
MATLAB疲劳检测系统[自己视频]
- 本设计为基于MATLAB的疲劳检测识别，可应用于疲劳驾驶监测，专注度检测等应用。本设计带有GUI可视化界面，自行录制好视频后，读取视频，分帧，读取每一帧影像，计算其眼睛张合度及嘴巴张合度，通过这2个参数来判断是否疲劳。(This design is based on MATLAB fatigue detection and recognition, can be applied to fatigue driving monitoring, concentration detection and
四分之一车辆悬架建模仿真
- 案例选题：1/4车辆悬架模型的建模与仿真 软件工具：matlab的simulink 内容简述：建立路面谱，建立1/4车辆悬架模型，运用simulink对1/4悬架进行路面行驶仿真分析。结果讨论。(Case topic: Modeling and Simulation of quarter vehicle suspension model Software tool: simulink of MATLAB Content Descr iption:
太空舱
- 采用第二类拉格朗日动力学方程，选取合理的广义坐标，写出动能、势能、广义力，建立该系统的动力学方程。采用Matlab与ADAMS，以四阶隆格-库塔时域积分算法为基础，编制积分求解程序，程序可对驱动力和力矩进行输入。同时利用线性代数的知识，求解系统的特征频率，了解系统的固有频率特性。并在ADAMS中进行仿真验证及优化。(Using the second type of Lagrangian dynamic equation, select reasonable generalized coordin