可编程逻辑控制器(Programmable Logic Controller,PLC)是智能智造生产现场控制的大脑。智能制造国家战略背景下,在高校工程训练环节中加入PLC智能控制相关的实训教学内容,对培养智能制造领域人才、对接国家产业转型升级需求显得尤为迫...可编程逻辑控制器(Programmable Logic Controller,PLC)是智能智造生产现场控制的大脑。智能制造国家战略背景下,在高校工程训练环节中加入PLC智能控制相关的实训教学内容,对培养智能制造领域人才、对接国家产业转型升级需求显得尤为迫切。本文针对传统PLC智能控制实训教学设备存在的不足,设计了一种基于PLC的准工厂级智能包装生产线实训教学系统。该系统紧跟当前智能制造生产前沿,引入数据采集与监视控制系统(Supervisory Control and Data Acquisition,SCADA)、工业机器人等先进技术,提供了更加贴近当前智能生产实际的实训平台,实景式呈现PLC在完整智能生产线上的应用。将生产线设计为既相互独立又能够全线贯通的若干子功能模块,可以实现递进式的实训培养模式,极大地提高高校工程训练中PLC的实训教学效率和质量。展开更多
Fuzzy logic is an approach which deals with the incomplete information to handle the imperfect knowledge. In the present research paper we have proposed a new approach that can handle the imperfect knowledge, in a bro...Fuzzy logic is an approach which deals with the incomplete information to handle the imperfect knowledge. In the present research paper we have proposed a new approach that can handle the imperfect knowledge, in a broader way that we will consider the unfavourable case also as the intuitionistic fuzzy logic does. The mediative fuzzy logic is an extensive approach of intuitionistic fuzzy logic, which provides a solution, when there is a contradiction in the expert knowledge for favourable as well as unfavourable cases. The purpose of the present paper is to design a mediative fuzzy inference system based Sugeno-TSK model for the diagnosis of heart disease. Our proposed method is the extension of Sugeno-TSK fuzzy logic controller in the form of Sugeno-TSK mediative fuzzy logic controller.展开更多
文摘可编程逻辑控制器(Programmable Logic Controller,PLC)是智能智造生产现场控制的大脑。智能制造国家战略背景下,在高校工程训练环节中加入PLC智能控制相关的实训教学内容,对培养智能制造领域人才、对接国家产业转型升级需求显得尤为迫切。本文针对传统PLC智能控制实训教学设备存在的不足,设计了一种基于PLC的准工厂级智能包装生产线实训教学系统。该系统紧跟当前智能制造生产前沿,引入数据采集与监视控制系统(Supervisory Control and Data Acquisition,SCADA)、工业机器人等先进技术,提供了更加贴近当前智能生产实际的实训平台,实景式呈现PLC在完整智能生产线上的应用。将生产线设计为既相互独立又能够全线贯通的若干子功能模块,可以实现递进式的实训培养模式,极大地提高高校工程训练中PLC的实训教学效率和质量。
文摘Fuzzy logic is an approach which deals with the incomplete information to handle the imperfect knowledge. In the present research paper we have proposed a new approach that can handle the imperfect knowledge, in a broader way that we will consider the unfavourable case also as the intuitionistic fuzzy logic does. The mediative fuzzy logic is an extensive approach of intuitionistic fuzzy logic, which provides a solution, when there is a contradiction in the expert knowledge for favourable as well as unfavourable cases. The purpose of the present paper is to design a mediative fuzzy inference system based Sugeno-TSK model for the diagnosis of heart disease. Our proposed method is the extension of Sugeno-TSK fuzzy logic controller in the form of Sugeno-TSK mediative fuzzy logic controller.
