说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 任务求解
1)  Task solving
任务求解
2)  dynamic cooperative task solving
动态协作任务求解
1.
The main contribution of the paper is dynamic cooperative task solving based on intelligent Agent and its application in information.
因而,基于Agent技术的动态协作任务求解研究具有重要的理论价值和实际意义,也是当前该领域研究的热点。
2.
Then,the model and its realizing mechanism of dynamic cooperative task solving were provided.
从活动的角度出发,对BDI主体的信念、愿望、意图给出新的形式化表述,并提出一种基于活动的Multi-Agent动态协作任务求解模型和实现机制;介绍模型的结构和各个阶段的实现过程,形式化定义各个实现阶段中的关键概念;最后,简要说明该模型在铁路货运装车日计划审批过程中的实际应用情况。
3)  task requirement
任务要求
1.
On the condition of meeting the grasping stability and the task requirement,the optimal grasping configuration is determined with the goal of minimizing of the maximal finger contact forces during the entire manipulating process.
基于机械手抓取物体时手指与物体之间构成有摩擦的固定点接触,提出一种面向任务的机械手抓取构形评价方法,在保证一定抓取稳定性和满足任务要求的前提下,以整个操作过程中手指接触力的最大值最小为目标确定最佳的抓取构形。
4)  request task
请求任务
1.
This design is made for an embedded system and has been successfully implemented In the scheme, the interface functions first accept the request task, then the execution level function which runs as a thread sends out request message and receives and parses response message.
为在嵌入式系统中使用HTTP,在分析Linux内核和HTTP规范文档的基础上,提出了一种HTTP的设计方案并成功实现 此方法由编程接口函数接收请求任务,由独立线程控制执行层函数发送请求消息和接收解析回应消息,利用Linux的Socket接口实现底层通信 此设计已成功应用于一嵌入式浏览器产品
5)  task request
任务请求
1.
A prediction based algorithm for dynamic load balancing is proposed, which is capable of predicting the time for a node to reach the idle state based on the local loading information and issuing a task request before this so as to ensure that all nodes in the system will remain busy to enhance the utilization rate of the system resources and the overall system performance.
提出了一种基于预测的动态负载平衡算法 ,算法以本地负载信息为基础预测结点到达空闲状态的时间 ,并且在此之前发出任务请求 ,从而保证系统中各结点都处于忙碌状态 ,以提高系统资源的利用率与系统整体性能 。
6)  task-requirement
任务需求
1.
Online harmonious control technology of human bionical-arm based on task-requirement
基于任务需求的仿生手臂在线协调控制技术
补充资料:求解
1.请求解救或解除。 2.求得解悟。
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