This paper gives an exposition of examples of data-based control and optimization that found their way to successful application in the motion systems of industrial wafer scanners. The examples represent selective works brought together in an overview that highlights the possibilities, challenges, and open issues in data-based motion control of wafer scanners.</p
For synchronization of high-precision motion stages, in particular a wafer and a reticle stage combi...
Advances in photolithography are one of the key driving factors in the continuing expansion in capac...
An experimental demonstration is given of a data-based multi-input multi-output (MIMO) feed-forward ...
This paper gives an exposition of examples of data-based control and optimization that found their w...
In this tutorial paper, control design aspects of wafer scanners used in the semiconductor industry ...
For MIMO motion systems, a data-based feedforward control is derived and implemented on a wafer stag...
The operation time of an ideal reliable wafer scanner model is defined at the die level where the ac...
For synchronization of high-precision motion stages, in particular a wafer and a reticle stage combi...
Advances in photolithography are one of the key driving factors in the continuing expansion in capac...
An experimental demonstration is given of a data-based multi-input multi-output (MIMO) feed-forward ...
This paper gives an exposition of examples of data-based control and optimization that found their w...
In this tutorial paper, control design aspects of wafer scanners used in the semiconductor industry ...
For MIMO motion systems, a data-based feedforward control is derived and implemented on a wafer stag...
The operation time of an ideal reliable wafer scanner model is defined at the die level where the ac...
For synchronization of high-precision motion stages, in particular a wafer and a reticle stage combi...
Advances in photolithography are one of the key driving factors in the continuing expansion in capac...
An experimental demonstration is given of a data-based multi-input multi-output (MIMO) feed-forward ...