1) multi-mode expert control
多模态专家控制
2) multi-strategy decision-making system base on fuzzy expert control
模糊专家多控制律决策
3) expert fuzzy control
专家模糊控制
1.
Self-adjustable expert fuzzy control of deep ocean mining robot;
深海集矿机器人的自修正专家模糊控制
2.
Improvement in expert fuzzy control based combustion control system of reheating furnace;
基于专家模糊控制的加热炉燃烧控制系统改良
3.
In this paper, a self-adjustable expert fuzzy controller is presented to control deep seabed self-propelled tracked mining vehicle to follow specified path.
针对这种复杂控制过程,采用一种基于自修正专家模糊控制的路径跟踪控制方案,控制深海履带车行走。
4) fuzzy expert control
模糊专家控制
1.
A new fuzzy expert control method was brought forward by synthetically using the techniques of on-line intelligent identification, multi-control-mode, self-decision mechanism and self-adjustment of universe of discourse.
提出一种综合应用在线智能辨识、多控制模式与自决策机制以及变论域技术的新型模糊专家控制方法,并应用于铝电解槽氧化铝浓度等重要工艺参数的实时控制。
2.
The rule base, the inference engine and the mechanism of the self regulation of universe of discourse in the late developed fuzzy expert controller for aluminum reduction cells were elaborated.
介绍了最新开发的铝电解模糊专家控制器的规则库、论域自调整机制以及推理机的构造。
3.
The corresponding fuzzy expert control system for air temperature in greenhouse was established by using the Simulink tools of MATLAB, including the choosing of variables, definition of fuzzy sets, grade partition of the universes, choosing of membership functions and establishment of the fuzzy control rules.
在依据能量和物质平衡的温室温度数学模型基础上,建立了温室环境温度模糊专家控制系统的MATLAB仿真模型,包括对控制变量的选取、模糊集的定义、论域等级的划分、隶属函数的选择及模糊控制规则的制定,并用Simulink对控制系统进行了仿真分析。
5) expert-fuzzy control
专家模糊控制
1.
Furthermore, the expert-fuzzy control is adopted to control the temperature of the secondary supplying water of each substation.
采用专家模糊控制方法实现了对热网各热力子站二次供水温度的控制,这种具有全局性优化性能的智能协调控制方法可对集中供热网实现整体控制;深入探讨了专家模糊控制方法和智能协调控制方法的设计。
6) fuzzy-expert control
模糊-专家控制
1.
Hardware of the expert controller takes DSP as core,the fuzzy-expert control technology is adopted in the software.
介绍了多模态智能控制在白内障超声乳化手术中的应用;该智能控制器硬件以DSP为核心,软件采用模糊-专家控制技术,它可根据模式识别系统提供的白内障晶状体核的不同硬度级别和体积大小,智能化地实现超声乳化能量模式的自动选择及相关参数的自动控制,可最大限度地提高超声能量的利用率,确保手术的高效和安全;仿真结果表明,所设计的多模态智能控制器可满足预定的控制要求,证明该方案是可行的。
补充资料：专家
1.指在学术﹑技艺等方面有专门研究或特长的人。 2.指学术上的某一家。
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