Abstract: The invention relates to a method for comparing computer-based and data-processing models of a complex system, with a first model and a second model of the system, whereby the models reflect a model of a system behavior by means of predefined objects which represent activities and units within the system. The inventive method comprises the steps of comparing the models and destination of corresponding respective predefined objects of the first and second model, detecting differences in attributes of corresponding predefined objects and outputting the differences to a user. The use of predefined objects—that is, of objects that pertain to a known set of types—enables a more-efficient comparison of models than in unstructured models.

Abstract: Disclosed is a method for analyzing a computer-based data processing model of a complex system, said model comprising at least two modeling levels on which the system is represented at different degrees of abstraction.

Abstract: The invention relates to the modeling of a complex system wherein units such as data and/or products are received, processed and forwarded in event chains of the system. Said modeling uses a defined set of basic types at the lowest description level for representation of the units and in order to describe the interaction therebetween. Each basic type processes data representing values of characteristics of the above-mentioned units.

Abstract: The invention relates to a method for comparing computer-based and data-processing models of a complex system, with a first model and a second model of the system, whereby the models reflect a model of a system behavior by means of predefined objects which represent activities and units within the system. The inventive method comprises the steps of comparing the models and destination of corresponding respective predefined objects of the first and second model, detecting differences in attributes of corresponding predefined objects and outputting the differences to a user. The use of predefined objects—that is, of objects that pertain to a known set of types—enables a more-efficient comparison of models than in unstructured models.

Abstract: The invention relates to a method for comparing computer-based and data-processing models of a complex system, with a first model and a second model of the system, whereby the models reflect a model of a system behavior by means of predefined objects which represent activities and units within the system. The inventive method comprises the steps of comparing the models and destination of corresponding respective predefined objects of the first and second model, detecting differences in attributes of corresponding predefined objects and outputting the differences to a user. The use of predefined objects, i.e. of objects that pertain to a known set of types, enables a more efficient comparison of models than in unstructured models.

Abstract: The invention concerns a method for modeling, documenting and validating a system, preferably a company, comprising the following steps: Providing one or more sensors in a system, defining data to be recorded, parameterizing the data to be recorded, transforming the parameterized data to objects with parameters, linking the parameters of the objects by standardized relationships, checking and, if required, completing or modifying the recorded objects and their parameters, recording the parameterized data by means of the sensors, standardized analysis of the relationships of the objects, outputting the results of the standardized analysis in printed or in electronic form. Said steps are repeated at time intervals.

Abstract: The invention relates to a method for comparing computer-based and data-processing models of a complex system, with a first model and a second model of the system, whereby the models reflect a model of a system behavior by means of predefined objects which represent activities and units within the system. The inventive method comprises the steps of comparing the models and destination of corresponding respective predefined objects of the first and second model, detecting differences in attributes of corresponding predefined objects and outputting the differences to a user. The use of predefined objects, i.e. of objects that pertain to a known set of types, enables a more efficient comparison of models than in unstructured models.

Abstract: The invention relates to the modelling of a complex system wherein units such as data and/or products are received, processed and forwarded in event chains of the system. Said modelling uses a defined set of basic types at the lowest description level for representation of the units and in order to describe the interaction therebetween. Each basic type processes data representing values of characteristics of the above-mentioned units.

Abstract: Disclosed is a method for analyzing a computer-based data processing model of a complex system, said model comprising at least two modeling levels on which the system is represented at different degrees of abstraction.

Abstract: The invention concerns a method for modeling, documenting and validating a system, preferably a company, comprising the following steps: Providing one or more sensors in a system, defining data to be recorded, parameterizing the data to be recorded, transforming the parameterized data to objects with parameters, linking the parameters of the objects by standardized relationships, checking and, if required, completing or modifying the recorded objects and their parameters, recording the parameterized data by means of the sensors, standardized analysis of the relationships of the objects, outputting the results of the standardized analysis in printed or in electronic form. Said steps are repeated at time intervals.