Abstract
The size and complexity of nuclear power plants has increased significantly in the last 20 years. There is general agreement that plant safety and power production can be enhanced if more operational support systems that are significantly different from the ones based on the more conventional technologies used in plant control rooms. In particular, artificial intelligence and related technologies will play a major role in the development of innovative methods for information processing and presentation. These technologies must be integrated into the overall management and control philosophy of the plant and not be treated as vehicles to implement point solutions. The underlying philosophy behind our approach is discussed in this paper. Operator support systems will integrate into the overall control philosophy by complementing the operator. Four support systems are described; each is a prototype of a system being considered for the CANDU 3 control centre.
Citation Formats
Lupton, L. R., Davey, E. C., Lapointe, P. A., and Shah, R. R.
Integrated control centre concepts for CANDU power plants.
Canada: N. p.,
1990.
Web.
Lupton, L. R., Davey, E. C., Lapointe, P. A., & Shah, R. R.
Integrated control centre concepts for CANDU power plants.
Canada.
Lupton, L. R., Davey, E. C., Lapointe, P. A., and Shah, R. R.
1990.
"Integrated control centre concepts for CANDU power plants."
Canada.
@misc{etde_10128267,
title = {Integrated control centre concepts for CANDU power plants}
author = {Lupton, L. R., Davey, E. C., Lapointe, P. A., and Shah, R. R.}
abstractNote = {The size and complexity of nuclear power plants has increased significantly in the last 20 years. There is general agreement that plant safety and power production can be enhanced if more operational support systems that are significantly different from the ones based on the more conventional technologies used in plant control rooms. In particular, artificial intelligence and related technologies will play a major role in the development of innovative methods for information processing and presentation. These technologies must be integrated into the overall management and control philosophy of the plant and not be treated as vehicles to implement point solutions. The underlying philosophy behind our approach is discussed in this paper. Operator support systems will integrate into the overall control philosophy by complementing the operator. Four support systems are described; each is a prototype of a system being considered for the CANDU 3 control centre.}
place = {Canada}
year = {1990}
month = {Jan}
}
title = {Integrated control centre concepts for CANDU power plants}
author = {Lupton, L. R., Davey, E. C., Lapointe, P. A., and Shah, R. R.}
abstractNote = {The size and complexity of nuclear power plants has increased significantly in the last 20 years. There is general agreement that plant safety and power production can be enhanced if more operational support systems that are significantly different from the ones based on the more conventional technologies used in plant control rooms. In particular, artificial intelligence and related technologies will play a major role in the development of innovative methods for information processing and presentation. These technologies must be integrated into the overall management and control philosophy of the plant and not be treated as vehicles to implement point solutions. The underlying philosophy behind our approach is discussed in this paper. Operator support systems will integrate into the overall control philosophy by complementing the operator. Four support systems are described; each is a prototype of a system being considered for the CANDU 3 control centre.}
place = {Canada}
year = {1990}
month = {Jan}
}