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1)  follow delay
跟驰延误
1.
And with consideration of different traffic flow arrivals which can be divided into discrete flow and sequential flow,a decelerating-accelerating delay model and a follow delay model after setting curb parking were educed.
针对城市最常见的一幅路设置路内停车带的情况,将停车占用道路宽度形成机非混行和停车到达出发形成阻滞作为一个整体进行考虑,根据不同道路机动车交通量到达(离散流、连续流)推导设置路内停车带车辆运行的减速-加速延误模型和跟驰延误模型,在此基础上给出了设置路内停车对路段交通流形成的总延误模型。
2)  car-following
跟驰
1.
Based on a questionnaire of drivers psychological and behavioral reaction under emergency,this pa- per improved the Gipps car-following model and proposed a new emergency evacuation car-following model based on the minimum safety distance.
本研究通过对突发事件情况下驾驶员心理与行为特性问卷调查,得到驾驶员在非常态交通环境下的行为差异和经验判断比率分布,对Gipps跟驰模型进行了改进,提出了基于最小安全跟车间距的应急疏散车辆跟驰模型。
3)  Car Following
跟驰
1.
Have been studied applicable and reasonable modeling method of car following model,for achieving precision in simulation of car following proceeding.
为了精确地模拟车辆跟驰过程,应用相关分析的方法建立一系列跟驰模型,用微积分的方法解析模型。
4)  car-following model
跟驰模型
1.
An car-following model based on dynamic desired time headway;
一种基于动态期望车头时距的跟驰模型
2.
Simulation on the Transition of Chaos in Traffic Flow Based on the Car-following Model;
跟驰模型的交通流混沌转化现象的仿真
3.
Numerical simulation and analysis of car-following models on particular progress;
特殊过程下的车辆跟驰模型数值模拟分析
5)  following behavior
跟驰行为
1.
Bicycle following behavior at signalized intersection;
信号交叉口处自行车交通流的跟驰行为
6)  car following model
跟驰模型
1.
Driving decision in the car following model is a complex process of reasoning,deciding and executing.
车辆跟驰模型中的驾驶行为是一个复杂的推理、决策、执行过程,在知识表达和推理机制上存在模糊性和随机性。
2.
The chaos of the traffic flow based on the Car following model is studied.
研究基于跟驰模型的交通流混沌问题。
3.
A car following model that uses the fuzzy inference system,which consists of many straightforward natural language based driving rules,is proposed in this paper.
在模糊推断的基础上 ,以直接自然的语言描述驾驶行为准则 ,提出了车辆跟驰模
补充资料:保留部分跟骨的踝关节离断术


保留部分跟骨的踝关节离断术
Pirogoff amputation

  足部在距骨和跟骨之前方截断,切除距骨,跟骨则在中部垂直切断,将其后半部向前上方翻转90°进入踝穴内与胫骨融合。可保持患肢的长度。术后可不装配假肢而直接负重和步行。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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