Measuring the level of integration in a sustainable supply chain

Cyplik, Piotr; Hadaś, Łukasz; Adamczak, Michał; Domański, Roman; Kupczyk, Martyna; Pruska, Żaneta

doi:10.3182/20140824-6-za-1003.01907

Cited by 11 publications

(4 citation statements)

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“…The proposed models help to minimize the impact of subjective expert assessments on the final ratings Scherbakov B. ( 2018 Questions about measuring the strength of integration relationships between elements of intersystem logistics education are considered in the works of P. Cyplic, L. Hadas, M. Adamczak, R. Domanski, M. Kupczyk, Z. Pruska (2014), where an approach to measuring the level of integration in supply chains is proposed based on the ranking of local levels of integration in the implementation of integration processes in the supply chain.…”

Section: Research Backgroundmentioning

confidence: 99%

Design and evaluation of efficiency of macrologistic systems for countries with developing economy

Kunyazov¹,

Shakhman²,

Rakhimova³

et al. 2020

JESI

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In modern conditions, improving the efficiency of logistics is of particular importance, especially for countries with developing economies. The development of logistics acts as a driver of the competitiveness of the country's economy, improving the quality of life of the population, and rational integration into the world economy. Therefore, the states of countries with developing economies face the global task of becoming a certain transit and logistics hub of the region, a "bridge" between Europe and Asia, the implementation of which directly depends on the development of transport logistics, the main factor in stimulating sustainable rates of industrial growth and the formation of competitive advantages of the economic system. The toolkit developed by the author and the results obtained can be used by state and local authorities in the development of strategies for the development of macrological systems in countries with developing economies for the medium term.

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Section: Research Backgroundmentioning

confidence: 99%

Design and evaluation of efficiency of macrologistic systems for countries with developing economy

Kunyazov¹,

Shakhman²,

Rakhimova³

et al. 2020

JESI

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“…This makes it possible to increase the efficiency of global goods stream flows -action elasticity and performance improvement combined with the reduction of operational costs. An original 4-level concept of the integration measurement in the supply chain is based on 19 different descriptions as presented in the works [Cyplik et al, 2014;Hadas et al, 2015]. The supply chain configuration, business models and value creation patterns are redefined by the Physical Internet.…”

Section: The Physical Internet Concept Term and Objectivementioning

confidence: 99%

Untitled

2015

Logforum

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Background: The Physical Internet is a young concept. This term has existed since 2006. But since the last five years (from 2012-world, from 2014-Poland) this concept has been intensively discussed in theory and practice. Currently, two facts are diagnosed: small number of conferences and scientific articles and small number of project implementations. Accordingly, the Physical Internet could be treated as a pilot concept. Material and methods: The aim of the paper is to review of scientific articles dedicated to Physical Internet topic (the authors' article solely regards the physical aspects of the problem). Method of systematic review of literature was used. Systematic review of literature was divided into four steps: initial recognition of literature in PI topic, selection of publications in criteria of two streams: scientific and practice, analysis of content of publications and final conclusions. The analysis aims at identifying considerable articles in the Physical Internet topic area. The article has a fundamental influence on further concept shaping. The research time span includes scientific articles published in the years 2004-2017. The research subject was Web of Science and Scopus databases. Results: As regards to the theoretical stream, the Scopus scientific database is a slightly larger source of the knowledge about the Physical Internet than Web of Science (number of articles, number of citations). From the point of view of ranking in citations, the Web of Science is better than Scopus (both old and new publications). As to the theorists, the most worldwide renowned (cited) people (Web of Science and Scopus) are: E. Ballot, B. Montreuil, S.L. Pan and Y. Sallez. Conclusions: One might distinguish two Physical Internet evolution phases from 2004 to 2017: years 2004-2012 (the Physical Internet occurrence, no interest in the concept and return to its thematic scope)-when the physical internet concept assumptions were developed and clarified and years 2013-2017 (renaissance of the Physical Internet as a future concept of efficient supply chain management)-when the concept was introduced (implemented) in logistic reality. The first period of the Physical Internet is characterised by the focus on its theoretical assumptions, the second one is characterised by the domination of presenting application and implementation solutions (pilot projects mainly with the case study status).

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“…A company (and entire supply chains as well) is given an opportunity to obtain a competitive advantage by accessing various resources and efficiently using its own resources. Much attention in the reference literature is paid to supply chain integration [3,4,5,6]. New integration models, integration level assessment models and supply chain maturity models are established.…”

Section: Introductionmentioning

confidence: 99%

Sharing Logistics Resources as a Way to Physical Internet― Results of Survey Studies

Adamczak¹,

Domański²,

Cyplik³

2018

dtetr

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Modern companies aim to increase the efficiency of logistics processes. Efficient logistics processes allow for the implementation of the goals with reduced use of resources. Bearing in mind the development of the concept of resources, authors in article focused on the conception of Physical Internet (PI). For the study purposes, authors of the paper has limited Physical Internet to sharing resources in supply chain. In the article, there are the results of a survey study that was performed among managers of active production and logistic companies in Poland's territory. The study aimed at obtaining the managers' opinion on whether it is possible to share inventories in supply chains. In the study one identified potential difficulties in sharing the inventories with respect to their division into material and non-material ones and possible supply chain functioning areas. In the areas it is possible to share the inventories.

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Measuring the level of integration in a sustainable supply chain

Cited by 11 publications

References 0 publications

Design and evaluation of efficiency of macrologistic systems for countries with developing economy

Design and evaluation of efficiency of macrologistic systems for countries with developing economy

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Sharing Logistics Resources as a Way to Physical Internet― Results of Survey Studies

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