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 pla
Parallel adaptive control for a turbogenerator system
β Scribed by M.D. Brown; G.W. Irwin; E. Swidenbank; B.W. Hogg
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 796 KB
- Volume
- 2
- Category
- Article
- ISSN
- 0967-0661
No coin nor oath required. For personal study only.
β¦ Synopsis
This paper describes the design and implementation of digital self-tuning controllers for turbogenerator automatic voltage regulator (AVR) and govemor systems. Practical aspects such as controller robustness, lack of sufficient processing power, and algorithm mapping issues are discussed. A parallel architecture using Inmos transputers combined with an advanced VME bus-based measurement system provides a solution to these problems and offers the control systems designer the opportunity to implement complex parallel algorithms within the specified 10 ms industrial standard. Test results on a laboratory microaltemator, involving both SISO and MIMO self-tuning regulators, are presented and compared with fixed-gain AVRs.
π SIMILAR VOLUMES
In this paper, a track-while-scan filter algori .flun. developed b.y using pseudomeasuremems is p.r~ed, and its structure cornpami with other filter algorithms such as constant gmn filters, and extended Kalman flitch (EKF). The proposed filter is based on the ixmudo-linear stmctuse of measurements o
A new fast algorithm for linear quadratic (LQ) control optimization is derived using a partial state formulation and is exploited for the synthesis of long-range predictive controllers. The new algorithm requires O(Nn) computations for an nth-order plant and N-step prediction horizon and is about tw