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mohujisuan
- 基于模糊逻辑和GA的智能车辆横向控制算法仿真研究，网上很少有这样的珍贵资料，故上载之-GA based on fuzzy logic and intelligent vehicle lateral control algorithm simulation study, the Internet has such precious little information, it would upload the
C778Ed01
- In this paper, a novel Nero-Fuzzy controller based autonomous underwater controller for UN_UND_VHs (unmanned underwater vehicles) is described. The research describes a Nero- fuzzy controller as basic tasks to be accomplished of handling of moti
GmohujisuuanA
- 基于模糊逻辑和GA的智能车辆横向控制算法仿真研究，网上上很少有这样的珍贵资料，故上载之， -Intelligent Vehicle Lateral Control Algorithm based on fuzzy logic and GA, on-line, there is little such valuable information, it is uploaded.
fuzzyopt
- Fuzzy logic simulink- vehicle control
vfuzzforveehe
- 汽车纵向的模糊控制器，模糊控制制器为通用格式，可根据需要修改。 -Vehicle longitudinal fuzzy controller, fuzzy control system is a common format, and can be modified.
DLB
- 本文件主要内容是以及倒立摆模糊控制，以小车为模型建立的，包含模糊控制规则，S函数，和simulink模型-The main contents of this paper is about the fuzzy control of inverted pendulum, the vehicle model, including fuzzy control rules, the S function, and Simulink model
FLC4EV_MM
- matlab 电动汽车使用的仿真模型 主要针对模糊控制的电动汽车，格式是xls，必须用新版的MATLAB打开-matlab electric vehicle simulation model used mainly for electric vehicle fuzzy control, the format is xls, must be opened with the new version of MATLAB
fuzzy
- 有关于电动汽车的模糊聚类控制，已经实现了聚类分析，非常有用-Fuzzy clustering on electric vehicle control, has achieved the clustering analysis, very usefu
s2home
- 汽车查询，按座位查询，模糊查询，车辆增加，车辆删除等外加数据库(Car query, according to seat query, fuzzy query, vehicle increase, vehicle delete and other external database)
混合动力电动汽车行驶工况分析与识别
- 提出了“工况块”的概念, 用工况的平均行驶车速和行驶距离作为特 征参数, 将统计的理论工况进行分类, 通过模糊控制器, 对实际工况进行模糊分析, 将其划 为对应的某一类. 为更准确地反映行驶工况, 还提出以时间、距离、最大车速等10个参数 作为工况的相关特性参数, 用聚类分析的方法对车辆行驶工况的类别进行了更细致的分 析和辨识.(The concept of "working condition block" is put forward, and the average d
leadflow
- Shipping Statistics, micro ERP system, main functions: The business management (production plan management, production management, raw material warehouse management, warehouse management, material management, material returning finished goods wareho
6587
- This chapter describes the different steps of designing, building, simulating, and testing an intelligent flight control module for an increasingly popular unmanned aerial vehicle (UAV), known as a quadrotor. It presents an in-depth view of the model