Resource Allocation Mechanisms and Time Constraint Propagation Techniques in Fuzzy Workflow Nets

Freitas, Joslaine Cristina Jeske de; Julia, Stéphane; Rezende, Leiliane Pereira de

doi:10.1007/978-3-319-29133-8_11

Cited by 2 publications

(1 citation statement)

References 16 publications

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“…The most fully such requirements correspond to simulation models as Petri Nets [7,8,9]. Petri Nets are widely used for modelling socio-economic processess: Cheng et al used Petri Nets for resourse management in building design process [10], also they were used in modeling of energy consumption [11,12,13], in planning of construction projects [14], modelling of flexible manufacturing sytems [15], modeling discrete event process [16], at resource allocation [17], in assesing of information security risk [18], in dynamic programming scheduling [19] simulation for small and medium enterprises [20], production logistics and supply chain system [21], stochastic behaviour analysis of industrial system [22] accounting information system [23], control of production task flows [24], reverse-engineering cycles [25], real-time operation planning system in distributed manufacturing network [26],in supply chain finance business process [27], in integrating system dynamics [28], for integrating purchasing, production and packaging for Kanban system [29], in safety analysis of production systems [30], to verify BPMN Models [31]. D.A.…”

Section: Methodsmentioning

confidence: 99%

Optimization of management information support as a basis for organizational transformations at an enterprise

Kyriy¹,

Шейко

Petrova³

2019

PEN

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Increasing of information flows cause the necessity of optimizing their quantity, structure and distribution. In order to eliminate the disadvantages inherent in information systems of electricity delivery enterprises for the processing of internal information, a methodical approach to optimizing document circulation on the basis of modeling with the help of Petri Nets is developed. This article presents a systematic methodology for modeling document circulation flows at enterprise. The constructed model allows to form the structure of the system and the processes taking place in it, to analyze the static state of the system of document circulation and the dynamics of information flows. Also, we described mathematical model of document circulation process, where the central place is occupied by identification and removing of duplicate documents and those that are not processed at each stage of their moving. At final stage we propose to distribute information flows due to specificity of division. For this we need to define and assign information functions to divisions and formalize them considering the rules for processing documents. To determine the extent to which the processing rules of the documents actually go in the subdivision of its main for each transition we introduce the measure of its specificity for subsystem.

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