Modeling of Manufacturing Execution Systems: An interdisciplinary challenge

Ricken, Maria; Vogel‐Heuser, Birgit

doi:10.1109/etfa.2010.5641319

Cited by 22 publications

(5 citation statements)

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“…For the MES, an approach according to the MDA development method was presented by Mizuoka and Koga [53], in which the UML and XML Metadata Interchange (XMI) were used for modeling and platforms transforming. The application scenario of this approach was not declared, and it was also mentioned that the UML as a general modeling language may not be suitable for modeling MES [54], because the MES modeling is related to the target business process and requires interdisciplinary information from the co-workers of different departments, who may have different views on the same production processes [55].…”

Section: Mde For Production Management Systemsmentioning

confidence: 99%

Manufacturing Execution Systems for the Food and Beverage Industry: A Model-Driven Approach

2020

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Manufacturing Execution Systems (MES) are process-oriented information-technology (IT) solutions for collecting and managing information from manufacturing processes. Due to the individual programming effort and the complex integration with other manufacturing systems, though the food and beverage manufacturers can benefit from the MES, its implementation is not widespread in this industry. To simplify the implementation and engineering process, the concept of model-driven engineering (MDE) is considered as a solution. However, a feasible model-driven approach for MES engineering has not been established, not to mention for the food and beverage industry. This paper presents an approach for the automatic MES generation according to the MDE concept providing MES functions that are relevant to the food and beverage manufacturing processes primarily. It consists of necessary phases to cover the whole engineering process of the MES. Based on the application of the presented approach to the brewing process in a brewhouse, the feasibility and practicality of this approach were proven.

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Section: Mde For Production Management Systemsmentioning

confidence: 99%

Manufacturing Execution Systems for the Food and Beverage Industry: A Model-Driven Approach

2020

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“…An example field of application for business process models is the specification of Manufacturing Execution Systems (MES) [18]. Building a complete modelling framework for the integration of a system technical and functional model, as well as production process model ensures the understandability of the specification for all the participants involved in the implementation process.…”

Section: Business Process Modelsmentioning

confidence: 99%

Decomposition of business process models into reusable sub-diagrams

Wiśniewski

2017

ITM Web Conf.

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Abstract. In this paper, an approach to automatic decomposition of business process models is proposed. According to our method, an existing BPMN diagram is disassembled into reusable parts containing the desired number of elements. Such elements and structure can work as design patterns and be validated by a user in terms of correctness. In the next step, these component models are categorised considering their parameters such as resources used, as well as input and output data. The classified components may be considered a repository of reusable parts, that can be further applied in the design of new models. The proposed technique may play a significant role in facilitating the business process redesign procedure, which is of a great importance regarding engineering and industrial applications.

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“…Використаємо діаграму послідовності, щоб показати взаємодію між компонентами: діаграма послідовності, щоб показати взаємодію між компонентами під час виробничого процесу. Оператор запускає машину, завантажує матеріали та запускає виробничий процес [2].…”

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Using Uml Diagrams for the Technological Process in Production

SAMCHUK,

POVSTIANA,

LISHCHYNA

et al. 2023

Herald KhmNU.TS

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The article uses the unified UML modeling language to visualize production elements. To show some of the advantages of the proposed approach, the main components of the production system are defined: technological machines, operators, materials, products and the production process. A class diagram is used to represent the components. Defined attributes and methods of each class: attributes and methods to each class that define its properties and behavior. The Machine class can have attributes such as machine ID and Destination, and methods such as start() and stop(). Relationships between classes are established: association, aggregation, and composition to represent relationships between classes. The Production Process class can have an aggregation relationship with the Machine class, indicating that the production process consists of multiple machines. This work contains UML diagrams and description tables that make it possible to structure the activity of the technological process in production. The technological process of manufacturing products is shown, which is presented in detail on the state diagram.

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Modeling of Manufacturing Execution Systems: An interdisciplinary challenge

Cited by 22 publications

References 1 publication

Manufacturing Execution Systems for the Food and Beverage Industry: A Model-Driven Approach

Manufacturing Execution Systems for the Food and Beverage Industry: A Model-Driven Approach

Decomposition of business process models into reusable sub-diagrams

Using Uml Diagrams for the Technological Process in Production

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