Fuzzy control for the illumination and temperature comfort in a test chamber

Building and Environment

Volumn 40, Issue 12, 2005, Pages 1626-1637

  Lah, Mateja Trobec ^a   Zupančič, Borut ^a   Krainer, Aleš ^a  

^a UNIVERSITY OF LJUBLJANA   (Slovenia)

Author keywords

[No Author keywords available]

Indexed keywords

BUILDINGS; CONTROL EQUIPMENT; ENERGY ABSORPTION; REAL TIME SYSTEMS; TEMPERATURE;

ENERGY FLOWS; HUMAN BUILT ENVIRONMENT; OPTICAL BEHAVIORS;

FUZZY CONTROL;

BUILDING; FUZZY MATHEMATICS;

EID: 23144461632     PISSN: 03601323     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.buildenv.2004.11.008     Document Type: Article

References (25)

1. Kladnik R. Theory of KAMRA, publication, Faculty of Civil Engineering, University of Ljubljana, 1987.
2. Furlan B, Krainer A, Škrjanc I, Zupančič B. Mathematical modeling of dynamical response of the building with variable geometry of openings. Medunarodni kongres Energija i okoliš, Opatija, Hrvatska: Hrvatsko udruženje za sunčevo energiju; 1998. p. 379-85.
3. Furlan B, Krainer A, Perdan R. Measurements of thermal response of test object with variable geometry of the openings, comparison to computer simulation. The Second ISES-Europe Solar Congress, Portorož, Slovenia, EurSun98 - book of proceedings, Birmingham: The Franklin Company Consultants Ltd; 1999. p. II.2.9-1/8.
4. Furlan B, Krainer A, Škrjanc I, Zupančič B. Mathematical modeling of dynamical response of the building with variable geometry of openings. The second ISES-Europe solar congress, Portorož, Slovenia, EurSun98 - book of proceedings, Birmingham: The Franklin Company Consultants Ltd; 1999, p. II.2.10-1-6.
5. I. Škrjanc B. Zupančič B. Furlan A. Krainer Theoretical and experimental fuzzy modeling of building thermal dynamic response Building and Environment 36 2001 1023-1038
6. B. Kosko Fuzzy thinking 1994 London, England Flaminco
7. R. Kurse J. Gebhardt F. Klawonn Foundations of fuzzy systems 1994 Willey West Sussex, England
8. Kladnik R, Krainer A, Perdan R. Light and thermal energy coordination in building. PLEA 1997 KUSHIRO: The 14th international conference on passive and law energy architecture 1997, Kushiro, Japan: Proceedings. vol. 1. Tokyo: PLEA 1997 Japan Committee; 1997, p. 59-64.
9. Furlan B, Krainer A, Škrjanc I, Zupančič B. Simulation model to define the thermal response of building with variable geometry of the openings. ERK'99. Book of proceedings, Portorož, Slovenija: 1999. p. 285-8.
10. IDR BLOCK Process Control Tools for Mitsubisihi Electric PLC's, User's manual, INEA Domžale 1997.
11. V. Lampret J. Peternelj A. Krainer Luminous flux and luminous efficacy of the black-body radiation - an analytical approximation Solar Energy 73 5 2002 319-326
12. B. Zupančič A. Krainer I. Škrjanc Modeling, simulation and temperature control design of a test "Chamber" In: M.S. Obaidad F. Davoli D. DeMartinis editors. Proceedings of the 1998 Summer Computer Simulation Conference 1998 Reno USA 173-178
13. Trobec Lah M, Krainer A. Light and thermal energy co-ordination in a building with fuzzy logic scheme at dynamically changeable opening - experimentation on real model. The Fourth ISES-Europe Solar Congress, Bologna, Italy, 2002 - proceedings: (electronic version).
14. Kladnik R. Theory of unsteady temperature phenomena in the building envelope, Publication no. 3, KSKE, Faculty of Civil Engineering, University of Ljubljana, 1987.
15. Dereani D, Žnidaršič A, Škrjanc I, Zupančič B, Furlan B, Krainer A. System for control and direction the laboratory model of the 'smart building' XXII. international convention, MIPRO '99, May 17-21. 1999, Opatija, Computers in Technical Systems, CTS. Rijeka, 1999. p. 50-3.
16. Krainer A. Toward smart buildings, TEMPUS joint European project JEP 1802, Building Science and Environment - Conscious Design, Module 1: Design Principles, London, 1994
17. Krainer A. Comparative analysis of interactive influence of the geometry and structure of the opening and space on energy balance of the room. Faculty of Civil Engineering, University of Ljubljana, 1990.
18. Furlan B. Making the simulation model for the thermal response of the building with changeable envelope properties and application for fuzzy control. Faculty of Civil Engineering, University of Ljubljana, 1999.
19. J.A. Duffie W.A. Beckmann Solar engineering of thermal processes 2nd ed. 1991 Willey New York
20. Research project: Smart house: Interaction between dynamic opening and envelope J2-9080-0792-99, Krainer A, FGG, Zupančič B, FE, Ministry for Science and Technology, Ljubljana (1997-1999).
21. R.P. Leslie Capturing the daylight dividend in buildings: Why and how? Building and Environment 38 2003 381-385
22. I.G. Capeluto The influence of the urban environment on the availability of the daylighting in office buildings in Israel Building and Environment 38 2003 752-754
23. Coley DA, Crabb JA. An Artificial Intelligence Approach to the Prediction of Natural Lighting Levels 1997: 32; 81-5.
24. T.A. Markus E.N. Morris Buildings, climate and energy 1990 University of Glasgow Strathclyde
25. R. Babuska H.B. Verbruggen An overview of fuzzy modeling for control Control Engineering Practice 4 11 1996 1593-1606