## Abstract In realizing multimedia communication systems in land mobile communications, high‐frequency efficiency must be achieved, while satisfying various requirements for transmission quality depending on the media. In the proposed system, voice and the data of long message size are transmitted
APPLICATION OF AN ADAPTIVE PREDICTIVE CONTROL SCHEME FOR A TURBOGENERATOR
✍ Scribed by H. UNBEHAUEN; K. KRÄMER
- Publisher
- John Wiley and Sons
- Year
- 1997
- Tongue
- English
- Weight
- 983 KB
- Volume
- 11
- Category
- Article
- ISSN
- 0890-6327
No coin nor oath required. For personal study only.
✦ Synopsis
After a short description of a turbogenerator plant, some of the most important general aspects for adaptive predictive control schemes are introduced. Four different adaptive predictive schemes, the DMC, GPC, VGPC and DGPC algorithms, are selected for real-time application at the turbogenerator plant. The results are critically discussed and advantages and disadvantages are highlighted. These investigations show that all applied control algorithms provide good results. However, considering all the different aspects, the DMC and DGPC algorithms seem to be most appropriate for practical applications.
📜 SIMILAR VOLUMES
After having briefly portrayed the basic principles of predictive control, three adaptive predictive control algorithms-the GPC algorithm and two new modifications of it proposed by the authors, called the MGPC (modified GPC) algorithm and the DGPC (direct GPC) algorithm-will be discussed. The main
The paper presents an adaptive control scheme for recovering the original dynamics of a nonlinear system after a sudden disturbance in a system parameter by controlling the system parameter through linear feedback. The key problem is to choose the control stiffness in the feedback by assigning the p
A stmple Pl-controller wtth gam adaptton ts proposed as a controller to the benchmark process. Applymg thts controller, the process operates wtthm the spectfications except for a few periods at stress level three
Multiple model adaptive control schemes offer the potential of improved performance over conventional single model schemes in a number of cases of practical interest. This paper describes modifications to enhance the performance of one class of such schemes when applied to linear and (potentially) n