Legal Information Structure of Environment Protection Systems for Contamination Evaluation Processes
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Abstract
Dynamic environment has a significant dynamic component, which means that the conditions of the real system at the time the decision is made are the results of all the past history of the system and influence its subsequent behaviour.
The level of representation of dynamical aspects shows the dynamics of observable processes. The multiple objective decision making level deals with the analysis of information obtained from the static sub–model taking into account all possible measurement points revealed in dynamic sub-model of such a system.
The modelled system is regarded as direct mapping of the real enterprise system, and decisions can be based on decisive facts and follow rather deterministic rules. Further actions, operations, etc. are determined throught the mechanism of cooperation of agents which are working by using the temporal information registration window.
The method of applying E-net formalism to represent decision-making process is introduced. The use of E-nets to represent consecutive, recurrent, parallel processes and to model them in time allows formalization of all possible decision which may be determined by concrete conditions at real time point. Extending the set of macro transitions, introducing different levels of detailing, and using resolution location procedures, it is possible to formalize the behaviour of complex processes as well as the knowledge without making the scheme cumbersome.
The level of representation of dynamical aspects shows the dynamics of observable processes. The multiple objective decision making level deals with the analysis of information obtained from the static sub–model taking into account all possible measurement points revealed in dynamic sub-model of such a system.
The modelled system is regarded as direct mapping of the real enterprise system, and decisions can be based on decisive facts and follow rather deterministic rules. Further actions, operations, etc. are determined throught the mechanism of cooperation of agents which are working by using the temporal information registration window.
The method of applying E-net formalism to represent decision-making process is introduced. The use of E-nets to represent consecutive, recurrent, parallel processes and to model them in time allows formalization of all possible decision which may be determined by concrete conditions at real time point. Extending the set of macro transitions, introducing different levels of detailing, and using resolution location procedures, it is possible to formalize the behaviour of complex processes as well as the knowledge without making the scheme cumbersome.
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Authors retain copyright of their work, with first publication rights granted to the Association for Learning Technology.
Please see Copyright and Licence Agreement for further details.
