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1
Content available Overview of current issues in Industry 4.0 implementation
Poór P., Basl J.
Zarządzanie Przedsiębiorstwem
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2018
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Vol. 21, nr 4
9--14
EN
The main purpose of this article is to deal with the situation and implementation of Industry 4.0. The first part of the article is informative - it guides the reader with the evolution of industry (first - fourth industrial revolutions). The following part deals directly with Industry 4.0 and its characteristics. This concept focuses on digitization of all physical assets and integration into the digital ecosystem, including business partners within the value chain. Also, “pillars” on which Industry 4.0 relies, are presented here. The next part deals with Industry 4.0 initiative implementation. Eight crucial issues were selected here. The final part of the article proposes some solutions and suggestions for future implementation.
2
Content available New Way of Monitoring of the Production Environment with Application of Augmented Reality and Artificial Intelligence
Szajna A., Szajna J., Stryjski R., Basl J., Brodny J.
Multidisciplinary Aspects of Production Engineering
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2018
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Vol. 1, Iss. 1
307--313
EN
Augmented reality technology (AR), also known as mixed reality, allows to enhance the seen reality with additional, virtual objects, displayed right in front of the user’s eyes. The article presents the concept of using Augmented Reality glasses, to support the user with pre-defined knowledge and instructions, giving the ability to do the job without almost any idea of what should be done. The operator simply follows the instructions shown in front of the eyes and communicate with the system with simple gesture and voice. Additionally, the article touches the topic of Artificial Intelligence (AI) which will allow the system in the future to have not only the pre-defined, hard coded instructions, but also the flexibility to give different hints to the user based on a different situation observed.
3
Content available Pilot study of readiness of Czech companies to implement the principles of industry 4.0
Basl J.
Management and Production Engineering Review
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2017
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Vol. 8, No. 2
3--8
EN
This article describes results of the survey, which was conducted in the context of investigating the readiness of selected companies in the Czech Republic to implement the principles of Industry 4.0. The main objective of the survey was to analyze the level of a basic knowledge of this topic in enterprises, the existence of appropriate strategies, responsible persons, and the general awareness among employees.
4
Content available remote Means of evaluating ERP efficiency in the area of technical preparation of production
Kłos S., Woźniak W., Basl J.
Management and Production Engineering Review
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2011
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Vol. 2, No. 2
39-45
EN
Mechanical engineering companies which manufacture complex products (CNC machine tools, production lines) require a long implementation time, preparation of complicated technical documentation and total involvement of construction and technology engineers throughout the whole design and production process. The data used in the major area of such enterprises come mainly from departments involved in the preparation of technical production. The area of technical production preparation generates the largest volume of data in the ERP system. This stems from the prototypical nature of products and the necessity to create new construction and technology specifications virtually for each order separately. One of the major files in ERP systems is the material index file. Material indices, including standards of use, comprise a bill of materials. This is a basis for establishing demand for materials according to the Material Requirements Planning (MRP). Bills of materials are supplemented with technological operations, which is necessary for planning of production and balancing production capacity. The contribution of technical production preparation is important from the point of view of the budget and implementation schedule for the order. Thus, the design construction and technology for a product should be planned and registered in the ERP system. The costs of qualified engineering labour and depreciation of CAD and CAE software packages are high, moreover labour consumption while designing prototypes may reach thousands of working hours. For this reason, employees of design and technology areas should register the number of working hours spent on each project [1]. While developing the bill of materials and technologies, engineers deal with the monitoring of standard manufacturing costs. In this article an evaluation method of ERP effciency in the area of the technical preparation of production is presented. The method is elaborated on the basis of the experience of many implementations of ERP systems of industrial engineering companies.
5
Content available The importance of the information system ́s quality in the concept of the knowledge organization and the relation to the process (theoretical basis and practical experience) analysis
Melichar D., Basl J.
Applied Computer Science
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2006
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Vol. 2, no 2
53--71
EN
This contribution concerns the problems of information system in the broadest meaning of the word and the approaches and methods used to analyse it. This work examines how they are percepted in present days and what is their mutual relationship. It outlines the possibilities and problems of analysis, defines the relationship of information system and processes. Anyway, many analytic instruments and methods ́ results give the similar output as our motto. This contribution emphasizes the importance of the holistic comprehension of the term “information system” and the importance of its general quality in relation to principles of modern management.
6
Content available Levels of innovation of business information systems
Bohuslav R., Basl J.
Applied Computer Science
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2006
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Vol. 2, no 1
7--28
EN
The main scope of this article deals with business information system and their innovation. On the base of analogy manufacturing technology and with using of methodology ITIL and CobiT is suggest way of evaluation and innovation of the business information systems for each of their partial areas. These areas are functionality of information system, SW decision support, data, controlling of IT, processes in IT, peoples in IT, information and communication technology. There is a rule being defined for each innovation area in a seven-step scale, and with this approach the innovation can be reached for each single area and in different levels. Innovation levels are part of suggested methodology, which offers evaluation and innovation of business information system.
7
Content available Implementation of the CQT methodology forbusiness process optimization
Tupa J., Basl J.
Applied Computer Science
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2006
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Vol. 2, no 2
73--92
EN
This contribution deals with business process optimization and management. The aim of this paper is to introduce new CQT methodology for process management and optimization. This new methodology combines known principles and methods for the process management and optimization. The CQT (Cost-Quality- Time) methodology target is the quality improvement, process time and cost reduction as principal process management objectives. The contribution presents also a practical application of the CQT methodology for printed circuit board manufacturing.
8
Content available Research the behavior of the assistance toward fixed costs and profit making
Stancik P, Basl J.
Applied Computer Science
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2005
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Vol.1, no 1
25--42
EN
Contemporary science and business regard controlling as the inseparable part of the modern management concept. The current scientific and practical knowledge of industrial engineering was used as a basis for identification the main tasks of controlling management in an enterprise. The analysis of controlling tasks frequency shows, that the cost calculation and the performance calculation belong among the most frequent tasks, and that there is some kind of evaluation for all (production or nonproduction) areas in enterprises. Lean production is characterized by elimination of redundant, useless or partly necessary processes. Lean production is considered as the basis for the network enterprises and clusters. Individual enterprises are selected to clusters on the basis of rules of outsourcing.
9
Content available Application of IS/IT, process and constraint management in optimization of business processes
Basl J.
Applied Computer Science
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2005
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Vol.1, no 1
93--106
EN
The paper deals with business process based on the IS/ICT (information systems, information and communication technology) applications, mainly ERP (Enterprise Resource Planning) and APS (Advanced Planning and Scheduling) software packages, process and constraint management. The analysis of the current ERP and APS offer in the Czech market is presented. The second part of the paper deals with the principles of the innovation of IS/ICT in enterprise and with the approaches to the its effectiveness
10
Content available remote Ten years of the ERP products in the Eastern Europe - survey of the Czech ERP market in 2001
Basl J.
Zarządzanie Przedsiębiorstwem
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2001
|
Vol. 4, nr 1-2
12-15
PL
Artykuł prezentuje rezultaty badań czeskiego rynku produktów ERP przeprowadzonego na początku bieżącego roku. Opisano 39 produktów klasy ERP, a przedstawione informacje o nich zebrane zostały za pośrednictwem ankiet rozesłanych pocztą elektroniczną do 66 firm.
11
Content available remote Optymalizacja procesów logistycznych - koniecznym warunkiem e-biznesu
Basl J.
Inżynieria Maszyn
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2000
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R. 5, z. 1/2
5-15
PL
Artykuł dotyczy optymalizacji procesów logistycznych wewnątrz i na zewnątrz przedsiębiorstw produkcyjnych. Szczególną uwagę poświęca się możliwościom wykorzystania metody teorii więzów (TOC - Theory of Constraints) - podstawy procesowych narzędzi programowych - i jej zastosowaniu w podejściu socjoinformatycznym.
EN
The article deals with the optimisation of logistics processes inside and outside the manufacturing enterprises. The higher attention is given to the potential and exploitation of the TOC (Theory of Constraint) method, the base of the progress software tools, and its application within the socioinformatics approach.
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