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OwnerHugo Christian Riessinventor
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The invention relates to a method for mathematically simulating and for controlling real flows in a data processing system, comprising the following process steps: establishing and storing a plurality of preset base entities which correspond to real objects, transactions, relations and the like, the base entities having a fixed, constant data structure with preset attributes; establishing and storing preset, permissible relations each between two selected base entities, the relations having a fixed, constant data structure with preset relation attributes; establishing preset standard processes for a preset number of base entities and base relations each of which processes attributes of selected base entities, linked by permissible relations, and base relations for the automatic manipulation of the attribute values of the base entities and base relations, between whose attributes preset, permissible relations are established; allocating of input-status attribute values, which correspond to parameters of the real objects, transactions, relations, etc., to attributes of the base entities and base relations and storing them in these attributes; establishing, storing and allocating rules for the preset standard processes which define how the processes should derive output-status attribute values from the input-status attribute values of the base entities and base relations, said rules comprising a fixed, constant data structure with preset rule attributes.
A method for modelling and for controlling real flows in a data processing system comprising the following process steps:
The method of any one of the preceding claims, wherein the base entities, their attributes and input-status attribute values are derived from real parameters of real flows by transformation and are processed in said standard processes and wherein said processed base entities, attributes and their output-status attribute values are retransformed into real objects by appropriate inverse transformations, the transformation T and the inverse transformation T−1 being expressed by the following equation:
The method for modelling and for controlling an application process, in which application data are transformed into standard data, said standard data comprising a fixed, unchangeable structure, i.e. fixed entities with fixed attributes and with fixed relations between the attributes, and the entities, attributes and relations corresponding to the real objects and relations;
The method of any one of the preceding claims, wherein for each base entity a standard process is provided for entering, changing and deleting the attribute values of the base entity.
The method of any one of the preceding claims, wherein 12 base entities are established, one base entity, which corresponds to an activity, comprising relations to 4 branches which include the other base entities.
The method of any one of the preceding claims, wherein said attributes and their attribute values or characteristic values are stored in tables.
The method of any one of the preceding claims, wherein said base entities include at least the following basic components of real states:
The method of any one of the preceding claims, wherein said base entities are selected from the following basic components of real states:
The method of any one of the preceding claims, wherein at least one base entity is repeatedly processed in a process.
The method of any one of the preceding claims, wherein a full description of the real flows or of the application process is derived by entering and storing the input-status attribute values and the output-status attribute values at arbitrary times.
A data processing system for accomplishing the method of any one of the preceding claims, comprising input means for inputting input-status attribute values;
Dependencies are inferred from the claim text.