Optimal indoor temperature control using a predictor - IEEE Control ...
Recommend Documents
0272- 1108/95/$04.000 1995IEEE ... made with more conventionally controlled
systems. ... the heating and cooling device, for indoor temperature control.
Abstract. We consider the synthesis of optimal controls for continuous ... pass algorithm to solve the dynamic programming problem that arises, with added ...
developed temperature control system using fuzzy logic. Control ... command
through serial port via microcontroller. Now, microcontroller generate PWM (
Pulse.
Most temperature control applications involve reactors made of glass or steel. ...
the temperature control unit before starting up a temperature control application.
The aim of the temperature control is to heat the system up todelimitated
temperature, afterwardhold it ... developed temperature control system using
fuzzy logic.
developed temperature control system using fuzzy logic. Control ... calculates
actual value of PWM for heater and fan which is output of the temperature control
..... [4] The 8051 microcontroller and embedded systems using assembly and C
by ...
for solving continuous-time optimal control (OC) problems. (CTOCPs) with nonlinear ..... (b0,...,bM )T using the available powerful optimization methods.
Apr 30, 2011 - id=64&Itemid=502&lang=en, accessed October 2010. (29) www.selerity.com/main/main_products_hplc_9000.html, ac- cessed October 2010.
Jun 5, 2009 - linear controllers for wind energy systems, and the book highlights several of .... U.S. National Renewable Energy Laboratory [11]. The book ...
Oct 1, 2011 - Although re- strictive, this coverage suffices for the majority of engineer- .... Mechanical and Aerospace Engineering at the University of Virginia.
In this paper, a new sufficient optiniality condi- tion for time-optimal feedback control is present,ed. It generalizes tlie previous sufficiency condit~ions, the.
Programming and Smoothing Techniques. Ion Necoara, Carlo Savorgnan, Quoc Tran Dinh, Johan Suykens and Moritz Diehl. AbstractâWe regard a network of ...
where e(t) := x(t) â x(t) and M is a positive definite symmetric matrix. (MT = M > .... The calculus of variations is the name given to the theory of the optimization of.
The mathematical models that characterize the dynamics of the heat airflow temperature in the combustor and the fuel-oil flow rate for combustion are derived, ...
R. J. Detry, 8200. W. J. McLean, 8300. L. A. Hiles, 8400. P. N. Smith, 8500. L. A. West, 8600. R. C. Wayne, 8700. T. M. Dyer, 8800. D. L. Crawford, 8900. 22 ...
Vivek Yadav, Radhakant Padhi, and S. N. Balakrishnan. AbstractâAn approximate dynamic programming (ADP)-based suboptimal neurocontroller to obtain ...
Developing a good rate control mechanism for ABR service is a challenging task and it has been ... bility of modern optimal control theory and to provide a formal.
the principle of optimality for fuzzy optimal control is derived, and then a ... deal with a fuzzy optimal control problem by using dynamic programming. In next ...
air temperature control embedded in a novel dynamic simulation code for the building ...... analysis for air handler discharge air temperature control. Energy and ...
J. Kelly,1, â R. Barends,1, â B. Campbell,1 Y. Chen,1 Z. Chen,1 B. Chiaro,1 A. ... E. Jeffrey,1 A. Megrant,1 J. Mutus,1 C. Neill,1 P.J.J. O'Malley,1 C. Quintana,1 P. ... Sank,1 A. Vainsencher,1 J. Wenner,1 T. C. White,1 A. N. Cleland,1 and John .
L. H. Keel, Member, IEEE, and S. P. Bhattacharyya, Fellow, IEEE. AbstractâIn this paper, we show by examples that optimum and robust controllers, designed ...
the development of premium principles which satisfy certain desirable proper- ties such ... General reviews of the application of control theory to insur- ance can ...
Optimal indoor temperature control using a predictor - IEEE Control ...
0272- 1108/95/$04.000 1995IEEE. IEEE Control Systems. 4 ... of other predictive
techniques in indoor temperature control can be found in [2]. Most of these ...
Optimal Indoor Temperature Control Using a Predictor Peter Lute and Dolf van Paassen
T
his article deals with optimal control of the indoor temperature in a building. The control system attempts to find an economic optimum to supply heat to the building with the use of a predictor for the indoor temperature, while maintaining a comfortable temperature in the building. A general control structure is described that uses a linear objective function, which is minimized by linear programming. This general control structure is applied to a specific test facility, called passive climate system, whose main feature is that it uses natural ventilation by means of adjustable windows for cooling purposes. This article also describes some field tests with the optimal predictive control system applied to the passive climate system.
