The performance of OR protocols depends on how these two steps are performed.
Both steps are performed using a mutual information-based criterion.
The System Identification and Controller Design steps are performed similar to previous chapters.
Both these steps are performed using conservative second order approximations and thus conserving ∫Φ.
All these steps are performed using scripts and Java based programs which are available online at https://github.com/SmartDataAnalytics/linked-uspto-patent-data.
Now some steps are performed simultaneously instead of consecutively, surgical procedures are standardized and patients spend a shorter time with an uncomfortable breathing tube down their throats.
Finally on pilot unit, desorption steps are performed using Joule effect in the case of ethanol vapors treatment.
In this paper, all three steps are performed analytically which restricts the method to geometrically simple structures.
Second, a series of wet chemical etching steps are performed, resulting in the configuration that was defined by the printer's stamp, being etched into the glass substrate.
The proposed method was compared to the traditional one where the design and control steps are performed separately in a sequential fashion.
For this, as usually in active FTC, two steps are performed when a fault is present: 1. Fault detection and identification, 2. Reconfiguration of the controller.
