We are developing an intelligent, vision-based apparatus for the paper industry, who has had a long-standing need to better understand and to robustly control its papermaking process up-stream, specifically, in the forming section. This unique apparatus is a state-of-the-art vision system that automatically measures and interprets the pertinent paper web parameters at the wet end. Unlike the currently available sensing systems that are intended to operate down-stream, our vision system provides the capability of generating timely measurements of the important web parameters at the crucial stage of paper formation. Having the capability can create both short- term and long-term changes in the paper industry ad can dramatically impact product...
Today paper is to find everywhere, and the production factories always need to increase the producti...
In this paper a vision system for the control quality in a factory of corrugated cardboard is descri...
Automation developments in paper manufacturing are driven by both technology and marketplace forces,...
This report presents a detailed description of a vision system whose purpose is to detect and to loc...
This report presents a detailed description of a vision system whose purpose is to detect and to loc...
The paper industry is at a turning point worldwide. The consumption of printed products is assumed t...
Abstract This work focuses on analysis of optical transmittance images, which are captured at the en...
Abstract Sheet and film forming processes such as paper manufacturing pose a challenging monitoring...
The objective of this thesis is to develop a multi-resolution tool for screening paper formation var...
The effective use of modern control theory requires suitable mathematical models of the objects to b...
An experimental procedure to predict the evolution of fluidisation level in a headbox is presented. ...
Within both the paper and paperboard industries, real time monitoring and measurement of surface rou...
We present an algorithm for the detection and representation of structures and non-uniformities on t...
Paperboard is produced in a large and complex process where many parameters can affect its quality. ...
Presentation of Optimag Project results. Optimag aims to optimize the ball milling operations throug...
Today paper is to find everywhere, and the production factories always need to increase the producti...
In this paper a vision system for the control quality in a factory of corrugated cardboard is descri...
Automation developments in paper manufacturing are driven by both technology and marketplace forces,...
This report presents a detailed description of a vision system whose purpose is to detect and to loc...
This report presents a detailed description of a vision system whose purpose is to detect and to loc...
The paper industry is at a turning point worldwide. The consumption of printed products is assumed t...
Abstract This work focuses on analysis of optical transmittance images, which are captured at the en...
Abstract Sheet and film forming processes such as paper manufacturing pose a challenging monitoring...
The objective of this thesis is to develop a multi-resolution tool for screening paper formation var...
The effective use of modern control theory requires suitable mathematical models of the objects to b...
An experimental procedure to predict the evolution of fluidisation level in a headbox is presented. ...
Within both the paper and paperboard industries, real time monitoring and measurement of surface rou...
We present an algorithm for the detection and representation of structures and non-uniformities on t...
Paperboard is produced in a large and complex process where many parameters can affect its quality. ...
Presentation of Optimag Project results. Optimag aims to optimize the ball milling operations throug...
Today paper is to find everywhere, and the production factories always need to increase the producti...
In this paper a vision system for the control quality in a factory of corrugated cardboard is descri...
Automation developments in paper manufacturing are driven by both technology and marketplace forces,...