1) vehicles transportation monitoring
车辆营运监控
2) vehicles operation
车辆营运
1.
Based on the analysis of factors which have influence of vehicles operation safety,using principle of case-based reasoning (CBR),this paper introduced the CBR into the vehicles operation safety assessment.
在对车辆营运安全影响因素系统分析的基础上 ,运用基于案例的推理原理 ,将 CBR技术应用到车辆营运安全评价中 ,阐述系统的功能结构模型和推理模型 ,并对案例的匹配进行讨论 ,给出车辆营运安全的评价准则 ,并举例说
3) vehicle monitoring
车辆监控
1.
Design and implementation of short message gateway for vehicle monitoring systems;
车辆监控系统中短消息通信网关的设计与实现
2.
Design and Implementation of Vehicle Monitoring and Dispatching System Based on GPS and GIS;
基于GPS/GIS的车辆监控调度系统设计与实现
3.
Research of Vehicle Monitoring System Based on MapX;
基于MapX的车辆监控系统研究
4) vehicle monitor
车辆监控
1.
A design of vehicle monitor system based on DSP and GPS;
基于DSP和GPS的车辆监控系统设计
2.
Design and realization of distributed vehicle monitor system based on J2EE architecture;
基于J2EE架构的分布式车辆监控系统设计与实现
3.
Design and implementation of spatial-temporal data model in vehicle monitor system;
车辆监控系统中时空数据模型设计与实现
5) vehicle supervision
车辆监控
1.
Design and development of miniature vehicle supervision system based on 3G;
基于3G技术的小型车辆监控系统
2.
In this paper,the overall structure of vehicle supervision system and the main functions of vehicle terminal based on GPS/GPRS are introduced,and a powerful vehicle terminal of supervision system whose core parts are the high performance ATMEGA64(L) microcontroller and the SIM 508 communication module is designed.
介绍了GPS/GPRS车辆监控系统的总体结构和车载终端的主要功能,利用高性能的ATMEGA64(L)单片机和SIM508通信模块为核心,设计并实现了一款功能强大的监控系统车载终端。
3.
This algorithm may reduce operation complexity,and can run normally with incomplete GIS map data and partial traffic network data defections,which has better adaptability in real-time vehicle supervision and navigation system.
在引入地图匹配问题的基础上,针对传感器给出的车辆位置信息的不确定性,提出了基于准投影和曲线拟合的实时地图匹配算法,以适应车辆监控导航实时性的要求。
6) vehicle monitoring system
车辆监控
1.
Design of vehicle monitoring system based on GPRS;
基于GPRS的车辆监控系统的设计
2.
The Design of Vehicle Monitoring System Based on GPRS/GPS;
基于GPRS/GPS的车辆监控系统的设计
3.
Research and Implementation of GPS/GIS Vehicle Monitoring System Based on J2EE;
基于J2EE的GPS/GIS车辆监控系统的研究与实现
补充资料：长期债务与营运资金比率
长期债务与营运资金比率——
长期债务与营运资金比率就是企业的长期债务与营运资金相除所得的比率。计算公式为长期债务与营运资金比率＝长期负债/(流动资产－流动负债)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条