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Data processing in self-controlling enterprise processes

Zaborowski Mirosław

Bulletin of the Polish Academy of Sciences. Technical Sciences

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2019

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Vol. 67, nr 1

3--20

EN

This study presents cause-effect dependencies between inputs and outputs of business transitions that are software objects designed for processing information-decision state variables in integrated enterprise process control (EntPC) systems. Business transitions are elementary components of controlling units in enterprise processes that have been defined as self-controlling, generalized business processes, which may serve not only as business processes but also as business systems or their roles. Business events, which have zero durations by definition, are interpreted as executions of business actions that are main operations of business transitions. Any ordered set of business actions, performed in the controlling unit of a given enterprise process and attributed to the same discrete-time instant, is referred to as ‘the information-decision process’. The i-d processes may be substituted by managerial business processes, performed on the lower organizational level, where durations of activity executions are greater than zero, but discrete-time periods are considerably shorter. In such a case, procedures of business actions are performed by corresponding activities of managerial processes, but on the level of business transitions the durations of their executions are imperceptible, and many different business events may occur at the same discrete-time instant. It has been demonstrated in the paper how to control business actions to ensure that a given i-d state variable may not change more than once at a given instant. Furthermore, the rules of designing the i-d process structures, which prevent random changes of transitory states, have been presented.

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Information-decision model for self-controlling enterprise processes

Zaborowski M.

Engineering Management in Production and Services

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2018

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Vol. 10, no. 4

34--54

EN

This study demonstrates that integrated management and direct control systems may be combined into integrated enterprise process control (EntPC) systems, which are composed of self-controlling enterprise business processes. A business process has been defined as a control system for business activities, which are considered to be business processes of the lower level, or as base processes that are control systems for control plants in the form of infrastructure operations. An enterprise process also influences its delivery. This description of a business process is usually compared with definitions used in such approaches as BPMN, YAWL, ARIS and DEMO and MERODE. Each enterprise process has its own controlling unit that contains one information unit and one decision unit, as well as memory places of the information-decision state variables that are processed by the business transitions that belong to these units. The i-d state variables are attributes of business objects, i.e. business units, business roles, business activities, business accounts and business products. Their values are transferred between business transitions that belong to the same or different controlling units. Relationships between business objects, business transitions and i-d state variables, as well as the other most important concepts of the EntPC system framework (EntPCF), are presented in this paper as the class diagrams of the enterprise process control language (EntPCL).

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Rodzaje informacji w systemach sterowania procesami przedsiębiorstw

Zaborowski M.

Studia Informatica

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2011

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Vol. 32, nr 2B

619-635

PL

Szkieletowy system sterowania procesami przedsiębiorstwa (system EPC II) jest systemem bazodanowym z relacyjną bazą danych. Te jej tabele, które nie są podklasami innych tabel, nazwano "rodzajami informacji". W pracy przedstawiono wykaz wszystkich atrybutów kluczowych rodzajów informacji oraz zestawienie wszystkich rodzajów informacji z ich atrybutami kluczowymi. Zgodnie z tezą o uniwersalności szkieletowego systemu EPC II dla każdej tabeli każdego informatycznego systemu zarządzania o relacyjnej bazie danych, istnieje związek 1 do 1 z jednym z rodzajów informacji należących do tego zestawienia.

EN

The framework Enterprise Process Control (EPC II) system is a system with a relational database. Those of its tables which are not subclasses of other tables have been named "information kinds". The list of all key attributes of information kinds as well as the list of combinations of all information kinds with their key attributes have been presented in the paper. According to the thesis of universality of the framework EPC II system for each table of each real integrated management system there is a 1 to 1 association with one of information kinds belonging to this list.

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Koncepcja informacyjnego systemu planowania produkcji w odlewni

Macioł A., Stawowy A., Wrona R.

Archiwum Odlewnictwa

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2003

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R. 3, nr 8

91--98

PL

Celem artykułu jest przedstawienie zasad optymalnej organizacji zarządzania produkcją odlewni w warunkach stosowania zintegrowanego systemu informatycznego. Zaprezentowano koncepcję planowania produkcji zaprojektowaną zgodnie z zasadami analizy strukturalnej. Koncepcję tę zilustrowano przykładowym rozwiązaniem, które autorzy opracowali dla jednej z polskich odlewni.

EN

In this paper the principles of optimal production planning in foundry which uses integrated information system are presented. We propose to implement IDEF0 model for designing the production planning system. This concept is illustrated with example project which was developed for one of polish foundries.

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Integracja przedsiebiorstwa: stan obecny, tworzenie międzynarodowego konsensu, zalecenia

Kosanke K.

Pomiary Automatyka Robotyka

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1999

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R. 3, nr 1

9-13

PL

Podano wymagania i zalecenia dotyczące technik zarządzania i sposobów integracji przedsiębiorstw (EEI) zarówno tradycyjnych jak i wirtualnych, które powstają w wyniku chwilowego łączenia odrębnych przedsiębiorstw. Omówiono stan międzynarodowych uzgodnień umożliwiających dyskusję i porównanie technik (EEI).

EN

Enterprise Engineering and Integration (EEI) concerns not usual enterprise only, but also agile operation in a new kind of enterprise - globally extended (or virtual) enterprise which can be repidly formed by integration of several existing ones (and further dissoloved). basing on state of the art and needs for EEI, the recommendations for the future are given. the great emphasis is laid on development of an international pre-normative consensus among researches, suppliers and users to provide a common context for the discussion and comparison of EEI technology alternatives.