Mini-MES: A microservices-based apps system for data interconnecting and production controlling in decentralized manufacturing

Pulin Li; Pingyu Jiang; Jiajun Liu

doi:10.3390/app9183675

Mini-MES: A microservices-based apps system for data interconnecting and production controlling in decentralized manufacturing

Pulin Li
, Pingyu Jiang
, Jiajun Liu

School of Mechanical Engineering

Xi'an Jiaotong University

Research output: Contribution to journal › Article › peer-review

7 Scopus citations

Abstract

Manufacturing factories and their resources are moving towards being networked, flat, flexible, and diversified in the context of social manufacturing. It is urgent to manage the increasingly complex and variable manufacturing processes effectively in such cross-factory production. This paper proposes a brand-new microservices-based Mini-MES (M2ES) Apps System, which adopts the decentralized and distributed architecture to comply with the needs of software supported manufacturing. The basic properties of the M²ES Apps System, such as its running logic and its data organization, are discussed, and a real-world industrial case is described to illustrate how it works. Results show that the proposed M²ES Apps System has better performance, reliability, and scalability than the initial information systems.

Original language	English
Article number	3675
Journal	Applied Sciences (Switzerland)
Volume	9
Issue number	18
DOIs	https://doi.org/10.3390/app9183675
State	Published - 1 Sep 2019

Keywords

Decentralized manufacturing
Industrial dataspace
Industrial informatics
MES
Manufacturing execution systems
Microservices
Mini program
SOA

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10.3390/app9183675

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title = "Mini-MES: A microservices-based apps system for data interconnecting and production controlling in decentralized manufacturing",

abstract = "Manufacturing factories and their resources are moving towards being networked, flat, flexible, and diversified in the context of social manufacturing. It is urgent to manage the increasingly complex and variable manufacturing processes effectively in such cross-factory production. This paper proposes a brand-new microservices-based Mini-MES (M2ES) Apps System, which adopts the decentralized and distributed architecture to comply with the needs of software supported manufacturing. The basic properties of the M2ES Apps System, such as its running logic and its data organization, are discussed, and a real-world industrial case is described to illustrate how it works. Results show that the proposed M2ES Apps System has better performance, reliability, and scalability than the initial information systems.",

keywords = "Decentralized manufacturing, Industrial dataspace, Industrial informatics, MES, Manufacturing execution systems, Microservices, Mini program, SOA",

author = "Pulin Li and Pingyu Jiang and Jiajun Liu",

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T2 - A microservices-based apps system for data interconnecting and production controlling in decentralized manufacturing

AU - Li, Pulin

AU - Jiang, Pingyu

AU - Liu, Jiajun

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N2 - Manufacturing factories and their resources are moving towards being networked, flat, flexible, and diversified in the context of social manufacturing. It is urgent to manage the increasingly complex and variable manufacturing processes effectively in such cross-factory production. This paper proposes a brand-new microservices-based Mini-MES (M2ES) Apps System, which adopts the decentralized and distributed architecture to comply with the needs of software supported manufacturing. The basic properties of the M2ES Apps System, such as its running logic and its data organization, are discussed, and a real-world industrial case is described to illustrate how it works. Results show that the proposed M2ES Apps System has better performance, reliability, and scalability than the initial information systems.

AB - Manufacturing factories and their resources are moving towards being networked, flat, flexible, and diversified in the context of social manufacturing. It is urgent to manage the increasingly complex and variable manufacturing processes effectively in such cross-factory production. This paper proposes a brand-new microservices-based Mini-MES (M2ES) Apps System, which adopts the decentralized and distributed architecture to comply with the needs of software supported manufacturing. The basic properties of the M2ES Apps System, such as its running logic and its data organization, are discussed, and a real-world industrial case is described to illustrate how it works. Results show that the proposed M2ES Apps System has better performance, reliability, and scalability than the initial information systems.

KW - Decentralized manufacturing

KW - Industrial dataspace

KW - Industrial informatics

KW - MES

KW - Manufacturing execution systems

KW - Microservices

KW - Mini program

KW - SOA

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DO - 10.3390/app9183675

M3 - 文章

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Mini-MES: A microservices-based apps system for data interconnecting and production controlling in decentralized manufacturing

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Keywords

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