Industrial Environment and Its Control

Flexible Intelligence Machine Control and Its Application to Industrial Plants

In this paper, we propose a generic concept of ”Flexible Intelligence Machine Control (FIMC)” which acquires control knowledge from the operation data of expert operators and places higher-level automation on conventional-level cnotrol. And we show two practical examples of FIMC including temperature control on the actual jacket tank in polymerization process and automatic start-up operation of...

Mineland seepage and its control

Internet-based Control-design Environment and Its Use in Education

A control-design environment complementing the MATLAB control synthesis toolset with a toolbox called DYNAST for efficient modeling and ‘virtual prototyping’ has been developed. While MATLAB and Simulink require manual formulation of equations and block diagrams characterizing the controlled system, DYNAST allows for the system simulation, thorough verification and diagnostics without any such ...

New Environment CREPE for Transportation Control and its Effectiveness

This paper discusses the control scheme for vehicle control for a future integrated transportation system forming a type of new generation of Intelligent Transportation SystemITS. The approach generally is focuses on the mechanisms for how to detect or estimate incidents on roads and to then communicate the information to each vehicle. The individual vehicular data is collected by using the Glo...

Ethernet Cable for Industrial Environment

As the demands for reliable, real-time automation and process control in industrial environments increase, an Industrial Ethernet cabling system quickly becomes the most attractive solution. Cables used in industrial environments must be designed to work in harsh environments of temperature extremes, humidity, and vibration. Many times this can exceed the ranges for information technology equip...