The paper describes a systematic approach to the design of information interfaces for operator support in diagnosing complex systems faults. The need of interpreting primary measured plant variables within the framework of different system representations organized into an abstraction hierarchy is identified from an analysis of the problem of diagn...
Abstract. The GNP project is an outgrowth of our work over the past few years in the area of man-machine system representation and modelling - particularly with an eye towards studying the activities of diagnosis and decision making in connection with complex technical systems. Previous publications have dealt with the conceptual basis for this wor...
The paper describes a systematic approach to the design of information interfaces for operator support in diagnosing complex systems faults. The need of interpreting primary measured plant variables within the framework of different system representations organized into an abstraction hierarchy is identified from an analysis of the problem of diagn...
Abstract. The GNP project is an outgrowth of our work over the past few years in the area of man-machine system representation and modelling - particularly with an eye towards studying the activities of diagnosis and decision making in connection with complex technical systems. Previous publications have dealt with the conceptual basis for this wor...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
The paper describes a systems modelling methodology, called multilevel flow modelling, or MFM, which aims at describing complex production plants as designs, i.e. as systems having goals, functions and equipment realizing these
functions. The modelling concepts are based on thermodynamics and lead to a system description in terms of multiple levels ...
