排队 1.(顺次排列成行) form a line; line up; queue up 排队等候 stand in a queue; queue up for...; wait in [on] line; 排队等候进餐的行列 chow line; 排队等票 line up to wait for the sale of tickets; 排队买票 line up for tickets2.(归类排列) classify; list 把问题按轻重缓急分类排队 arrange the problems in order of importance and urgency; 排队分析 queuing analysis; 排队论 queuing theory; waiting line theory; 排队请求 queue request; 排队问题 queuing problem; 排队研究 queuing study
把问题按轻重缓急分类排队 arrange the problems in order of importance and urgency
问题 1.(需回答的题目) question; problem 解答问题 solve a problem; 提问题 ask a question2.(需研究解决的矛盾等) problem; matter 问题的关键 the heart of the matter; key to the question; key to the solution of a question; 问题的实质 essence of the problem [question]; 问题成堆 a satchel [a batch] of questions; 难问题 a troublesome problem; 共同关心的问题 questions of common interest; 关键问题 a key problem; 思想问题 an ideological problem; 悬而未决的问题 an outstanding issue; 原则问题 a question of principle; a matter of principle; 枝节问题 minor issue3.(事故或意外) trouble; mishap; sth. wrong 解决麻烦问题的能手 trouble shooter; 没出什么问题 without any mishap; 那机器有点问题。 something is wrong with the machine.4.(重要之点) the point; the thing 问题不在这里。 that is not the point
Analyses on service management of waiting in lines 服务营销中的排队问题分析
Svcs do not eliminate all queuing issues , as the flow from the packet level must still be queued to the physical line Svc没有消除所有的排队问题,因为从包层出来的信息流仍须排队送到物理线路上。
With isolation from each other , data can be mixed on the line without queuing problems at the packet layer 有了这些信息流相互之间的隔离(技术) ,数据可以在线路上混合起来而不存在包这一层上的排队问题。
Then , the resource conflict problem was transformed into queue problem to realize interaction among resources by setting up a message queue 同时建立消息队列,把资源冲突问题转化为队列排队问题,实现资源与资源的交互处理。
3 based on the shape of conic plug , the profile modeling - annulus equipment which can make plug in a line is designed . this equipment can not only solve the plug lining - up problem in mechanizing way when plug seedlings are transplanted , but also can raise the working speed of no - tillage transplanter , and reduce the working intensity of operator 3利用圆台形钵体的外形特点,采用仿形导向轮式排队装置,解决了栽植过程的钵苗机械化排队问题,提高了免耕栽植机的作业速度,减轻了操作人员的劳动强度。
In order to select the plan for a hydraulic project the conception of the entropy principle of the information theory has been introduced . this paper summarized as the problems lined up non - restraint and restraint project which are based on their characteristics weight coefficient and presented a method of real combined inherent information of projects chosen with decision - maker subjective sense 为了解决水利水电投资方案的优选问题,本文引入信息论熵的概念,并以此为基础,总结此类问题的特点,将其分为无约束方案排队问题和有约束方案排队问题,并相应提出一种结合优选方案的固有信息和决策主观判断力的使用权值的方法,然后建立模型。