The parametric network model is established on the basis of precise path identification.
利用支撑树理论确定路网中需添加标识站的位置和数量,在实现准确路径识别的基础上建立参数化路网模型,给出了网状路网下基于矩阵运算的通行费精确清分算法。
According to the characteristics of networking toll expressways,a path identification method based on probability analysis was proposed.
根据高速公路联网收费的特点,提出了一种基于概率分析的路径识别方法。
The Design of Path Recognition Image Sensor Based on FPGA;
基于FPGA的路径识别图像传感器的设计
In order to improve the adaptability of the vision navigation system to various environments for the agricultural vehicles,the influence of the complicated environment on the path recognition was investigated.
为提高农用车辆视觉导航系统对不同环境的适应性,研究了田间地头、天空以及树木等复杂环境对路径识别的影响。
AGV vision-guided control technology involves two key aspects of path recognition and track.
路径识别和路径跟踪是AGV视觉导引控制中的 2个关键问题 ,本文利用颜色信息识别路径 ,采用模糊控制策略跟踪路径 ,系统的鲁棒性高 ,同时也兼顾了系统的实时性要求。
Combining with actual state and development trend of route recognition technology under the condition of network tolling,taking the route recognition of hengyang-shaoyang highway for example,the idea and the solve scheme of route recognition has been put forward,which has some practical significance.
结合联网收费环境下现有路径识别技术现状及发展趋势,以衡阳至邵阳高速公路路径识别为例,提出路径识别问题的解决思路和此环路的解决方案,具有一定的实际意义。
This system uses CCD camera as its route recognition device,extracts its route information through image recognition,uses the minimum square fitting method to judge the current track information,adjusts steering angle by using fuzzy control method,controls the DC motor through the speed of fuzzy set methods.
设计了一种能路径识别与智能跟踪的单片机控制智能小车系统。
How to precisely obtain route information in the system of route recognition is critical.
在路径识别系统中,如何准确地获取路径信息是一个关键,通常可采用光电管或CCD传感器,以在智能运动小车中的应用为例,介绍了CCD路径识别系统的设计过程,相对于光电管,CCD摄像头具有分辨率高、功耗低、前瞻性好等优点,从而可以获取更多的路径信息。
In this paper, an algorithm of road recognition is introduced, which is a key technology for the visual guidance in the non-structured agriculture environment.
针对导航视觉系统采集的农田非结构化自然环境彩色图像 ,探讨了用于行走路径识别的适宜的彩色特征 ,并结合农田作业时农业机器人行走路径的特点 ,运用路径知识启发机制识别出行走路径。
The paper has focused on the algorithms for vision based automated guidance system, which included algorithms of field road recognition, stereovision-based field environment.
田间车辆的自动导航技术是一个首先需要解决的基础问题,本文研究的主要内容是基于机器视觉的田间自动导航系统,包括田问路径识别算法、基于立体视觉的田间环境3D重构方法和自动导航方法、车辆姿态估计算法,具体如下: 1) 按照生物机器人概念构建田间导航平台。
Study on the Method of Recognizing Shadow Navigation Lane for CyberCar;
CyberCar阴影路径识别算法研究
The Design of Path Recognition Image Sensor Based on FPGA;
基于FPGA的路径识别图像传感器的设计
Path Recognition and Optimal Control of Agricultural Automatic Guided Vehicle Based on Vision Navigation;
农业AGV视觉导航路径识别与最优控制
The Research of Path Recognition and Control Strategy for Intelligent Car
智能车的路径识别与控制策略的研究
Study of smart car track identification based on the linear CCD
基于线阵CCD的智能小车路径识别系统
Based on the Path Ambiguty Recognition Technology Research of the Moving of Vehicles;
基于车辆移动路径识别的道路二义性识别技术研究
The RFID Application in Expressway Network Route Identification and Fee Distribution;
射频识别技术在高速公路网路径识别和费用拆分中的应用
Study on the Algorithm of Recognizing Navigation Lane Based on the Road Edge for CyberCar;
CyberCar基于道路边界的导航路径识别算法研究
Discussion of Ambiguous Path Identification Technologies in Expressway Network Tolling
高速公路联网收费中多义性路径识别技术探讨
Research on the Route Identification Technology of Expressway Online Tolling in Henan Province
河南省高速公路联网收费路径识别技术研究
Multi-objective programming based ambiguous routes identification of expressway network
基于多级目标规划的高速公路二义性路径识别
Study on Intelligent Control Strategy and Simulation of Vehicle Based on Path Recognition;
基于路径识别的车辆智能控制策略与仿真研究
Research on Road Recognition and Tracking Control of Vision-Guided Intelligent Vehicle;
视觉导航智能车辆的路径识别和跟踪控制
Vision-based Navigation Route Recognition for Agricultural Wheeled Mobile Robot
基于视觉的农用轮式移动机器人导航路径识别
A Design of Smart Car of Track Recognition based on Fuzzy Control
基于模糊控制的路径识别智能小车设计
Research of smartcar track identification and follow-up based on CCD camera
基于CCD摄像头的智能车路径识别及跟踪研究
Application design of RFID technology in electronic toll collection route identification
RFID技术在电子收费系统路径识别的应用设计
The log file path contains unrecognized wildcard characters.
日志文件路径包含无法识别的通配符。