This paper compares the multi-model gain scheduling (GS) control versus the linear parameter varying (LPV) gain scheduling control. The results of this comparative study is carried out exclusively with PI controllers. Although the simplicity and easiness of the former approach for controlling non-linear industrial plants, its main drawback relies on the impossibility to assure stability and per...

This paper presents an implementation of a networked PI controller using a gain scheduling methodology with respect to real-time IP traffic conditions. The implementation enables the existing PI controller to be used over IP networks with a general network protocol like Ethernet. This paper first describes the controller design scheme using a generalized exponential distribution traffic model. ...

Shadow fading is generally not explicitly studied for MIMO systems. In this paper, through asymptotic large-system analysis, the effect of shadow fading on individual link outage capacity and multiuser scheduling gain for MIMO systems are quantified, which admits a nice duality as in the scenario when only small-scale fading is considered. It is shown that shadow fading, while significantly lim...