Jerzy Michnik
University of Economics, Katowice, Operations Research, Faculty Member
- Associate Editor - Decision Support Systems (Elsevier) Editorial Board Member - International Journal of Applied Man... moreAssociate Editor - Decision Support Systems (Elsevier)
Editorial Board Member - International Journal of Applied Management Science (Inderscience Publisher)
Editorial Board Member - The Electronic Journal of Information Systems Evaluation (Academic Publishing Limited)
Editorial Board Member - Multiple Criteria Decision Making (annual, University of Economics in Katowice Publishing House)
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Polish Coordinator of the Polish-Taiwanese Joint Research Project "Investigating e-business collaboration characteristics of SME through B2B" 2013-2014.
Polish Coordinator of the Polish-Taiwanese Joint Research Project "The frontier multiple-criteria decision-making models for innovation management" 2011-2012.
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Visiting Professor in Yuan Ze University (Taiwan/2007)
Visiting Professor in Kainan University (Taiwan/2005)
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Program Committee Member: ICEIS 2015, ICCGI 2015, ICEIS 2014, ICCGI 14, ICEIS 2013, ICCGI 2013, ICEIS 2012, ICCGI 2012, ICEIS 2011, IEEM 2007.
Secretary of Scientific Committee and Head of Organizational Bureau: International Workshop on Multiple Criteria Decision Making 2015, 2013, 2011, Preference Modeling and Risk 2015, 2013, 2011, 2003, 2001.
Secretary of Scientific and Organizational Committee: MOPGP 2000.
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Member of the International Society on Multiple Criteria Decision Making (MCDM)
Member of INFORMS - Polish Chapteredit
Research Interests:
This paper introduces a novel approach to support decision-making by combining the Weighted Influence Nonlinear Gauge System (WINGS) method with interval arithmetic. This approach allows to include uncertain judgments and/or different... more
This paper introduces a novel approach to support decision-making by combining the Weighted Influence Nonlinear Gauge System (WINGS) method with interval arithmetic. This approach allows to include uncertain judgments and/or different opinions in a decision process. Our research aims at increasing the ability of WINGS to model decisions in situations of uncertainty and at extending the reach of its practical applications. The new, relatively simple and transparent method can become a useful and practical tool for the decision makers. Mathematical correctness of the proposed methodology is proven. Based on the new method, a procedure for solving a complex decision problem is created. Its applicability is illustrated by two case studies. Choosing the best option for the organization’s competitive position in a health-care organization shows how the proposed method works with uncertain judgments. Its usefulness for group decision-making is illustrated by applying it to a decision conce...
Research Interests:
Making long-term decisions and developing successful policy is always a challenge for a governing body. Within the framework of causal mapping, we evolved a model for the problem of creating and reinforcing a city’s image. Then, the model... more
Making long-term decisions and developing successful policy is always a challenge for a governing body. Within the framework of causal mapping, we evolved a model for the problem of creating and reinforcing a city’s image. Then, the model was enhanced into a quantitative form and processed with a novel approach: the extended form of the Weighted Influence Non-linear Gauge System (WINGS). A real-life case study of the city of Katowice showed that the presented approach can be helpful for city authorities. It reinforces the understanding of the problem, facilitates choosing policy options, and supports sustainable city development.
Research Interests:
Research Interests:
When analyzing the possibility of supporting the decision-making process, one should take into account the essential properties of economic entities (the system and its objects). As a result, the development of an effective business model... more
When analyzing the possibility of supporting the decision-making process, one should take into account the essential properties of economic entities (the system and its objects). As a result, the development of an effective business model ought to be based on rationality and the characteristics of the system being modeled. Such an approach implies the use of an appropriate analysis and modeling method. Since the majority of relationships in the model are described using the experts’ tacit knowledge, methods known as “soft” are more suitable than “hard” in those situations. Fuzzy cognitive mappings (FCM) are therefore commonly used as a technique for participatory modeling of the system, where stakeholders can convey their knowledge to the model of the system in question. In this study, we introduce a novel approach: the extended weighted influence nonlinear gauge system (WINGS), which may equally well be applied to the decision problems of this type. Appraisal of high-value and long...
Research Interests:
Research Interests:
Research Interests:
A linear goal programming model for bank portfolio management is presented. Its economic content was simplified for purpose of analysis, but it takes into account all main managerial goals and legal requirements as well. Structural... more
A linear goal programming model for bank portfolio management is presented. Its economic content was simplified for purpose of analysis, but it takes into account all main managerial goals and legal requirements as well. Structural features of the model were tested in a range of parameters specific for the current Polish economy. It appears that the model is better then its linear equivalent and may be helpful tool for bank managers. Determination of the objective function is the crucial point of the method.
In many cases, especially in business activities we can observe constrains regarding an arrangement of the calendar. Sometimes they can be neglected, but sometimes they have a significant impact on the course of events. This article... more
In many cases, especially in business activities we can observe constrains regarding an arrangement of the calendar. Sometimes they can be neglected, but sometimes they have a significant impact on the course of events. This article presents a simple method supporting the forecasts of this type of phenomena based on a concept of calendar similarity that may supplement traditional forecasting methods. Presented method has been used in the commercial bank to predict a volume of the documents to process.
Research Interests:
Research Interests:
Research Interests:
Professor Dr. Tadeusz Trzaskalik Dr. Jerzy Michnik The Karol Adamiecki University of Economics in Katowice Operations Research Department ul. Bogucicka 14 40-226 Katowice Poland ttrzaska@ ae. katowice. pl jmichnik@ ae. katowice. pl ISSN... more
Professor Dr. Tadeusz Trzaskalik Dr. Jerzy Michnik The Karol Adamiecki University of Economics in Katowice Operations Research Department ul. Bogucicka 14 40-226 Katowice Poland ttrzaska@ ae. katowice. pl jmichnik@ ae. katowice. pl ISSN 1615-3871 ISBN ...
When analyzing the possibility of supporting the decision-making process, one should take into account the essential properties of economic entities (the system and its objects). As a result, the development of an effective business model... more
When analyzing the possibility of supporting the decision-making process, one should take into account the essential properties of economic entities (the system and its objects). As a result, the development of an effective business model ought to be based on rationality and the characteristics of the system being modeled. Such an approach implies the use of an appropriate analysis and modeling method. Since the majority of relationships in the model are described using the experts’ tacit knowledge, methods known as “soft” are more suitable than “hard” in those situations. Fuzzy cognitive mappings (FCM) are therefore commonly used as a technique for participatory modeling of the system, where stakeholders can convey their knowledge to the model of the system in question. In this study, we introduce a novel approach: the extended weighted influence nonlinear gauge system (WINGS), which may equally well be applied to the decision problems of this type. Appraisal of high-value and long...
Research Interests:
Research Interests:
Research Interests:
Technology-intensive firms need to organize their R&D on a global scale. This is an important and complicated task that requires an explicit model and a thorough evaluation. Due to the complexity of the decisions about the global R&D... more
Technology-intensive firms need to organize their R&D on a global scale. This is an important and complicated task that requires an explicit model and a thorough evaluation. Due to the complexity of the decisions about the global R&D organization and interrelations among the underlying issues, a structural approach is recommended. A detailed study of global R&D projects presented in the literature is used for structuring the problem with the aid of cognitive mapping. Based on this, two qualitative approaches: the Roberts model and the WINGS method are applied to and the most suitable solution.
Research Interests:
Selecting the proper set of innovation projects is the vital point of the innovation management in a firm. To make a good decision, managers have to consider many conflicting objectives in a highly uncertain environment. In this article,... more
Selecting the proper set of innovation projects is the vital point of
the innovation management in a firm. To make a good decision, managers have to consider many conflicting objectives in a highly uncertain environment. In this article, the comprehensive decision procedure based on scenario planning and multiple criteria analysis is presented. The main part of the procedure is a two-step model in which Hurwicz’s rule and VIKOR-S method are employed to gain the selection of alternatives. To build up the decision base, the classification of the criteria involved in the innovation project selection into five categories is proposed.
the innovation management in a firm. To make a good decision, managers have to consider many conflicting objectives in a highly uncertain environment. In this article, the comprehensive decision procedure based on scenario planning and multiple criteria analysis is presented. The main part of the procedure is a two-step model in which Hurwicz’s rule and VIKOR-S method are employed to gain the selection of alternatives. To build up the decision base, the classification of the criteria involved in the innovation project selection into five categories is proposed.
The WINGS method has been derived from DEMATEL and can be widely used as a structural model for analysis of intertwined factors and causal relations between them. Its novelty comes from an idea of including in one mathematical mechanism... more
The WINGS method has been derived from DEMATEL and can be widely used as a structural model for analysis of intertwined factors and causal relations between them. Its novelty comes from an idea of including in one mathematical mechanism both strength (importance) and influence of the system components. In particular, WINGS can be applied as the MCDA method for evaluating alternatives when interrelations between criteria cannot be neglected. For the problem with independent criteria, WINGS reproduces the additive aggregation of preferences, a classical method in MCDA.► We introduce Weighted Influence Non-linear Gage System – WINGS. ► WINGS is a structural model for the systems of interrelated components. ► WINGS considers both strength (importance) and influence of the system components. ► WINGS can be also applied as the MCDA method with dependencies. ► For independent criteria WINGS reduces to the additive aggregation method.