An Intelligent Vision System for Monitoring and Control of Combustion Flames

Jones A. R. (1988), Flame failure detection and modern boilers, J. Phys. E: Sci. Instrum., Vol. 21, 921.

Martin P. (1993), Actual state of technology of flame monitoring and valuation, Program. Part 2 (of 3), Chicago, 751.

Matsuzaki A. Yamanaka T. Hashimoto A. Sakamoto K. Sato S. Yoshikawa K. Tsujitake S. Watanabe N. Hiraki T. Lida M. , (1991), New products for boiler safety operation, Int. Power Conf., San Diego, Oct. 1991, 1.

Sassi G. Corbani F. Graziadio M. Novelli G. , (1995), Vision system for combustion analysis and diagnosis in gas turbines, Int. Conf. of Air Pollution and Visibility Measurements, Unich, Germany, SPIE Vol. 2506, 4.

Hirvonen J. Lilja R. Ikonen K. Nihtinen J. , (1996), Image processing in combustion control, Int. J. Pattern Recognition and Artificial Intelligence, Vol. 10, 129.

Victor J. Costeira J. Tome J. Sentieiro J. , (1991), A computer vision system for the characterisation and classification of flames in glass furnaces, IEEE Appl. Soc. Annu. Meet. (IEEE cat no 91CH3077–5), 1109.

Allen M. G. Butler C. T. Johnson S. A. Lo E. Y. Russo F. , (1993), An imaging neural network combustion control system for utility boiler applications, Combustion and Flames, Vol. 94, 205.

Tao W. Burkhardt H. , (1995), Vision-guided flame control using fuzzy logic and neural networks, Part. Syst. Charact., Vol. 12, 87.

Zucherman L. Kawall J. G. Keffer J. F. , (1988), Digital image analysis of a turbulent flame, Exper. in Fluids, Vol. 6, 1, 16.