1) Multi-Agent system
Multi-Agent系统
1.
Study on Scheduling of Generating Units Based on Multi-Agent System;
基于Multi-Agent系统的机组调度研究
2.
UML-Based Domain Ontology Modeling for Multi-Agent System;
Multi-Agent系统中基于UML的领域本体建模
3.
Multi-Agent system offers such advantages as distributed computing,parallel processing and cooperation mechanism,etc.
结合多台AGV的烟叶配方自动化立体仓库系统的设计,在Multi-Agent系统(MAS)和智能AGV的相关研究的基础上,探讨了在自动化立体仓库系统中应用AGV作为执行智能体实现多智能体协作的自动化仓库系统。
2) Multi-Agent systems
Multi-Agent系统
1.
In Multi-Agent systems where each Agent has a different goal, Agent must be able to solve conflicts aris- ing in the process of achieving its goal, with incomplete knowledge about other Agents.
在Multi-Agent系统(MAS)中,每一个Agent都有不同的目标,通常只拥有对方的不完全信息,Agent需要具有解决在实现各自目标过程中所产生的各种矛盾的能力。
2.
This paper research Multi-Agent Systems, which comes to light, Multi-Agent Systems & distributing artificial intelligence have become artificial intelligence research s emphases.
本文研究Multi-Agent系统，众所周知，Multi-Agent系统及分布式人工智能已经成为当今人工智能领域研究的重点。
3) multi agent systems
多Agent系统(Multi-Agent Systems)
4) multi-agents system
multi-agents系统
5) multi-agent technology
Multi-Agent技术
1.
With the performance and development of intelligent computing entity,agent,which has the capabilities of self-determination and socialization,this paper applies the multi-agent technology into data-mining,and puts forward an intelligent model based on multi-agent,and discusses the running process of this model.
随着具有自主性和社会性的智能计算实体Agent的出现和发展,文中将Multi-agent技术应用到数据挖掘中,并提出了基于Multi-agent智能化的数据挖掘模型,讨论了模型的运行过程。
2.
Because of its intelligence and its development of maturity, Multi-Agent technology could optimize itself through its intelligence monitoring and learning.
Multi-Agent技术由于其智能性及其发展的成熟度,可以通过其智能性的监管与学习,随着市场的发展而不断地优化。
6) Granularity Multi-agent
粒度Multi-agent
补充资料：multi anchoring groups
分子式：
CAS号：
性质：在超分散剂分子结构中，为了更牢固吸附或键合在颜料粒子表面上，减少分散剂从粒子表面上解吸，设计的分子通常具有多个锚式基团如-SOO3H，-COOH等，即多重锚式基团，此时尽管单一锚式基团结合力较低，但通过多点弱结合力的综合作用，仍可较牢固地结合在粒子表面。
CAS号：
性质：在超分散剂分子结构中，为了更牢固吸附或键合在颜料粒子表面上，减少分散剂从粒子表面上解吸，设计的分子通常具有多个锚式基团如-SOO3H，-COOH等，即多重锚式基团，此时尽管单一锚式基团结合力较低，但通过多点弱结合力的综合作用，仍可较牢固地结合在粒子表面。
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