System for Support the Design and Optimization of Reconfigurable Manufacturing Systems

Mičieta, Branislav; Haluska, Michal

doi:10.17973/mmsj.2015_03_201502

Cited by 3 publications

(6 citation statements)

References 6 publications

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“…The implementation level depends on different knowledge and skill levels of planning participants. The partial missing energy competence of decision makers leads to miscalculations in the design of factory systems and their peripheral facilities [Muller 2009]. Therefore, the search for energy efficiency approaches, methods and aspects of qualification is brought forward.…”

Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

“…Energy efficiency principles are more generalized and abstract, such as the general approaches substitution of energy sources, reduction of energy demand, and increase of efficiency of equipment, reduction of process losses, energy recovery and direct use for heating [Muller 2009]. Further examples for energy efficiency principles are described by Muller et al [Muller 2011]. The significance of a link between ecological dynamics and sustainability is of substantial importance to industrial ecology insofar as it has the potential of tying the normative aspirations of many in the field to a scientific foundation [Ehrenfeld 2004].…”

Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

“…To analyse production systems with respect to economic, ecological and energy objectives, a specific set of data is necessary as an informational basis. The definition of input and output flows is a prerequisite to determine required economic, ecological and energy information on production systems [Micieta 2013]. This also avoids possible problem shifting, e.g. when measures decrease one input variable but lead to an increase of another variable at the same time.…”

Section: Technical Model Of Energy Efficiency Improvement In Manufactmentioning

confidence: 99%

“…Intelligent manufacturing systems represent the actual answer to the solution of the above mentioned problems in order to create energy-efficient manufacturing. Intelligent manufacturing systems are socio-economic system with the ability to autonomously identify system changes and impulses from the environment, their causes and to use the obtained knowledge for self-learning, adapting and responding to all changes of the surrounding environment in a way similar to human response [Krajcovic 2013]. Energy efficiency within a factory can be tackled at a number of levels, as indicated by Duflou [Duflou 2012].…”

Section: Table 2 Swot Analysis Of Energy Efficiency Of Manufacturingmentioning

confidence: 99%

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Advances in Sustainable Energy Efficient Manufacturing Systém

Mičieta¹,

Markovič²,

Biňasová³

2016

MM SJ

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This paper deals with the sustainable energy efficient manufacturing with application of advanced industrial techniques and new methodical approach to advance energy efficiency measures. This integration represents a sustainable development so that more effective use of natural and energy resources is achieved, energy costs are reduced and energy efficiency of manufacturing processes are created. The energy efficiency in a manufacturing enterprise is specially determined in the beginning of its life cycle. The new solution in the form of methodology for increasing energy intensity of manufacturing processes is proposed. The verification can be used to realize and illustrate energy efficiency potentials in production and logistics planning.

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Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

Section: Overview and Problem Statement Of Energy Efficient Enterprismentioning

confidence: 99%

Section: Technical Model Of Energy Efficiency Improvement In Manufactmentioning

confidence: 99%

Section: Table 2 Swot Analysis Of Energy Efficiency Of Manufacturingmentioning

confidence: 99%

See 3 more Smart Citations

Advances in Sustainable Energy Efficient Manufacturing Systém

Mičieta¹,

Markovič²,

Biňasová³

2016

MM SJ

Self Cite

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Conceptualising centres of excellence: a scoping review of global evidence

et al. 2022

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ObjectiveGlobally, interest in excellence has grown exponentially, with public and private institutions shifting their attention from meeting targets to achieving excellence. Centres of Excellence (CoEs) are standing at the forefront of healthcare, research and innovations responding to the world’s most complex problems. However, their potential is hindered by conceptual ambiguity. We conducted a global synthesis of the evidence to conceptualise CoEs.DesignScoping review, following Arksey and O’Malley’s framework and methodological enhancement by Levac et al and the Preferred Reporting Items for Systematic Reviews and Meta-Analyses extension for Scoping Reviews.Data sourcesPubMed, Scopus, CINAHL, Google Scholar and the Google engine until 1 January 2021.EligibilityArticles that describe CoE as the main theme.ResultsThe search resulted in 52 161 potential publications, with 78 articles met the eligibility criteria. The 78 articles were from 33 countries, of which 35 were from the USA, 3 each from Nigeria, South Africa, Spain and India, and 2 each from Ethiopia, Canada, Russia, Colombia, Sweden, Greece and Peru. The rest 17 were from various countries. The articles involved six thematic areas—healthcare, education, research, industry, information technology and general concepts on CoE. The analysis documented success stories of using the brand ‘CoE’—an inﬂuential brand to stimulate best practices. We identified 12 essential foundations of CoE—specialised expertise; infrastructure; innovation; high-impact research; quality service; accreditation or standards; leadership; organisational structure; strategy; collaboration and partnership; sustainable funding or financial mechanisms; and entrepreneurship.ConclusionsCoEs have significant scientific, political, economic and social impacts. However, there are inconsistent use and self-designation of the brand without approval by an independent, external process of evaluation and with high ambiguity between ‘CoEs’ and the ordinary ‘institutions’ or ‘centres’. A comprehensive framework is needed to guide and inspire an institution as a CoE and to help government and funding institutions shape and oversee CoEs.

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Transformation of data and information into knowledge in the production enterprise and their use in the sales department

Worobel

Kováčová

Čapek

et al. 2019

Multidisciplinary Aspects of Production Engineering

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Modern age is associated with massive deployment of information technology in businesses that are forced to work with a wealth of data and information. Businesses are trying to make the most effective use of knowledge not only from real data, but they often have to rely on their employees' knowledge. Increasing fluctuation of employees and the resulting outflow of knowledge will force businesses to increasingly make use of knowledge management. The article describes the process of looking for the context and the implications of selecting contracts to transform them into information and knowledge on the example of a real business. The verified process is transformed into a design of knowledge system, which results in the recommended generated rule for selecting sales department orders to ensure profitability for the business.

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System for Support the Design and Optimization of Reconfigurable Manufacturing Systems

Cited by 3 publications

References 6 publications

Advances in Sustainable Energy Efficient Manufacturing Systém

Advances in Sustainable Energy Efficient Manufacturing Systém

Conceptualising centres of excellence: a scoping review of global evidence

Transformation of data and information into knowledge in the production enterprise and their use in the sales department

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