1) near head on situation
接近对遇
2) closing to meeting manoeuvre
接近相遇机动
3) short range dock
近程对接
1.
Because the dead-reckoning can’t meet the needs of docking, the long range docking strategy and short range docking strategy are introduced.
由于里程计定位误差大,不能满足对接要求,提出了远程对接和近程对接方法,远程对接用摄像头协助完成,近程对接用激光传感器完成,并进行了试验验证,证明了该方法的可行性。
4) head-on situation
对遇
1.
Most of ship s collisions taking place in broad water areas appear to be in the near head-on situation,One of the main fac-tors of collision is that the two ships in opposite directions have planned the same route or almost the same.
宽广水域中的船舶碰撞大多是在接近对遇或小角度交叉相遇态势下发生的。
2.
Maritime statistics indicated; near head-on situation or small crossing angle situation dominated the collision situation, collision accidents happened not only in restricted visibility but also in sight of one another, especially in starboard-to-starboard passage state.
根据有关的海事统计分析表明,在碰撞的格局中,接近对遇及小角度交叉的碰撞占多数。
5) relative adjacent degree
相对接近度
1.
The relative adjacent degree, which was ascertained via the distance between evaluation objects and the ideal solution and the distance between evaluation objects and the negative ideal .
以评价对象与理想解和负理想解的距离确定的相对接近度作为评价准则,避免了评价方法的主观性。
6) relative approach degree
相对接近度
1.
Fuzzy multiple attribute decision making process based on relative approach degree for selection of structural form;
基于相对接近度的结构选型模糊多属性决策方法
2.
The method applies TOPSIS approach according to the theory of multiple objective decision to define the ideal solution,and the relative approach degree is used to give the rule of object recognition.
该方法根据多目标决策理论,采用TOPSIS法定义理想解,利用相对接近度给出目标识别规则。
3.
The method defines the entropy weight according to the theory of entropy,introduces the notations of the optimal and suboptimal membership degrees and uses the relative approach degree to measure the distance.
该方法根据熵论的基本原理定义熵权,通过引入优异度、次异度的概念,采用相对接近度来评判距离的大小,从而给出目标识别规则。
补充资料：对遇
1.相遇;遭逢。
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