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1
Content available The business dimension of metaverse
EN
Purpose: This paper aims is to identify the key business opportunities and potential threats to companies that arise as Metaverse-like platforms development. The focus is on companies which can use the functionalities Metaverse offers and on the fact that their customers may soon be spending their time there in great numbers. Design/methodology/approach: From company perspective, the purposes set out in this paper are pursued under strategic analysis. In this context, SWOT analysis comes as an appropriate method. This paper does not pertain to a specific company or industry; therefore, the analysis will be confined to Opportunities and Threats that are, in essence, independent of the business sector and concern Metaverse’s impact on the business world. The source materials for the said analysis derive from the latest research literature and reports of consulting companies. Findings: This paper identifies the fundamental business opportunities in the context of the envisaged Metaverse development. They were confronted with issues and risks associated with the practical development and use of such platforms. Research limitations/implications: Metaverse is in its initial development phase; therefore, the identification of opportunities and threats is tentative and it should be revised as the technology progresses and the practical solutions become established. Moreover, the analysis in question is based on the projected development of Metaverse, hence the ensuing conclusions should be approached with caution. Practical implications: This paper provides a list of the fundamental business opportunities and threats which should be taken into account by companies devising their strategy concerning the use of Metaverse platforms. Social implications: The pertinent threats fundamentally affect the situation of the society in the digital world. Hence, it is too important to be aware of the threats, pursue appropriate polices of privacy, ethical business, social responsibility, and finally to adopt relevant legal regulations on the state level. Originality/value: One of the first research papers discussing the business potential and threats surrounding the development of Metaverse.
EN
Purpose: Systematization of knowledge in the field of defining and occurrence of key activities that make up the overall concept of digital transformation with an indication of the key stages of its implementation. In addition, the aim of the article is also to conduct a comparative analysis of selected models of digital transformation in terms of a number of criteria, such as: the degree of concentration of the model on the selected sector of the economy, the degree of concentration on digital competences, the degree of focus on management concepts, the degree of concentration on digital transformation tools, the degree of focus on the digital maturity of the organization. Design/methodology/approach: The objectives of the article were achieved through an in-depth analysis of the literature on the subject in the field of models of digital transformation emphasizing the stages of its course. The article presents a comparative analysis of models selected in preliminary studies developed by consulting companies and models created as a result of research works by other scientists. Findings: The authors of the article compared the existing models of digital transformation and suggested the need to develop a new model using the partial advantages of the compared models. The authors also indicated a gap in the need to implement a component emphasizing the importance of managing resistance to changes in the organization. Originality/value: The originality of the article consists in drawing a conclusion in the form of a suggestion of the need to develop work in the field of modeling the digital transformation process in the context of the theory of organizational change, with particular emphasis on key competences, focus on methods and resistance to changes in an organization wishing to go through the digital transformation process.
EN
Purpose: Technological changes are nowadays some of the key points of reference for enterprises which take innovative steps with an intention of improving the efficiency of their operation on the market. For the reason the authors of the paper focus on the problems of digital transformation in organisations and their implications for the development of inter-organisational collaboration among various entities. The primary purpose of the paper is to define digital technologies that are essential in the process of establishing and reinforcing inter-organisational cooperation. Design/methodology/approach: The study used an integrated research approach that included both direct interpretations and positivist research procedures. This required qualitative and quantitative research among 350 companies. Findings: As a conclusion for the results of the study, it should be stated that it was possible to generate three factors referring to the knowledge on digital technologies (1: Monitoring and process automation; 2: Data integration and big data analytics, 3: Protection and cybersecurity), as well as two factors which clearly correspond to the ‘Establishment of bonds’ and ‘Bond reinforcement’ components, used to measure the force of impact of knowledge about digital technologies on the process of forming long-term relations among enterprises and selected universities at individual stages of such process. The factors above have a stimulating impact on the company’s willingness to establish and reinforce inter-organisational cooperation. Originality/value: The presented factors: 1: Monitoring and process automation; 2: Data integration and big data analytics, 3: Protection and cyber-security, as well as two factors which clearly correspond to the ‘Establishment of bonds’ and ‘Bond reinforcement’ components, stimulate the company's willingness to establish and strengthen inter-organizational cooperation, which is the added value of this article.
PL
Możliwości zastosowania sztucznej inteligencji w sektorze energetycznym są dziś szerokie. Ogromna ilość danych przechodzących przez ten sektor stwarza potrzebę wdrażania automatycznej, inteligentnej analizy oraz potencjał rozwoju tych technologii. Chcąc zapewnić bezpieczeństwo energetyczne rozumiane jako zapewnienie ciągłości dostaw energii i paliw, należy mieć pełną kontrolę nad ich dystrybucją i możliwymi zagrożeniami. Korzyści płynące z kontroli nad danymi, prognozowania kluczowych w tym sektorze wartości czy optymalizacji działań i operacji na sieci są nieocenione. Celem niniejszego artykułu jest przegląd konkretnych obszarów energetyki, w których metody obliczeniowe i sztuczna inteligencja mają największy potencjał. Ponadto, wskazanie konkretnych metod, które sprawdzone w innych sektorach lub zbadane w nauce mają zastosowanie również tutaj.
EN
The possibilities for using artificial intelligence in the energy sector are vast today. The massive amount of data passing through this sector creates the need to implement automatic, intelligent analysis and the potential for developing these technologies. In order to ensure energy security, understood as ensuring the continuity of energy and fuel supplies, it is necessary to have complete control over their distribution and possible threats. The benefits of controlling data, forecasting critical values in this sector, or optimizing activities and operations on the network are invaluable. The purpose of this article is to review specific areas of the energy sector where computational methods and artificial intelligence have the most significant potential. In addition, specific methods that have been proven in other sectors or studied in science are indicated to apply here.
5
Content available remote Efektywne zarządzanie produkcją – jak robić to profesjonalnie?
PL
Aby dobrze zarządzać zakładem przemysłowym, konieczny jest szybki dostęp do dobrze uporządkowanych, kompleksowych informacji o działaniu firmy. Zastosowanie systemu MES umożliwia lepsze zarządzanie w nowoczesny sposób.
EN
In view of the challenges faced by geophysical research in the future decades and the observed decline in interest in this field of study in Poland, itis necessary to mobilize the geophysical environment. One of the main causes of the crisis in the popularity of this field of study are changes in the economic paradigm, in which an important determinant and goal of activities is the declared departure from fossil fuels, especially coal and oil. Obviously, this has a direct impact on the prospects of geophysical research, whose main contractor on a global scale is the oil industry. With the depletion of the best available deposits, there is a need to reach for deposits that were increasingly difficult to discover and exploit, which contributed to the progress in geophysical research methods that followed the development of technology and information methods - the basis of modern geophysical analyses. The announced definitive departure from fossil fuels coincided in Poland with the end of the shale-gas boom and the announcement of the program of resigning from coal mining. These announcements aroused the belief that the demand for geophysical research will also expire in the coming years together with the prospects for financing such research. However, this belief is wrong. A significant stream of funds will be directed at the development of geophysical research on a global scale, and the current sponsors of utilitarian geophysical research will occupy new niches on the market, e.g. in the accumulation of energy, storage of greenhouse gases and the search for raw materials, the lack of which is increasingly felt by the most developed economies. Along with the growing awareness of the deepening climate crisis and the destruction of the natural environment engulfing the planet, the need increases to recalculate the environmental costs of economic activity, in which broadly understood geophysical sciences can undoubtedly help. Geophysical analysis of huge datasets requires modern computational methods such as numerical modelling, machine learning and artificial intelligence. The development of these fields will therefore be necessary, but also a difficult challenge for the scientific community in Poland. In this work, we will indicate mainly the prospective areas of the economy and the science, related to the broadly understood energy transformation that requires a significant share of geophysical research. The review of the issues and methodology of current geophysical problems and proposed solutions has been arranged in accordance with the directions of research in the field of earth sciences, subjectively highlighting the tasks that seem to be the most promising and/or scientifically attractive. The text deals with the issues related to climatology, hydrology and hydrogeology, environment, geological hazards, renewable and non-renewable energy sources, waste storage, energy storage, critical raw materials, and the structure and physical condition of the Earth's crust.
EN
Cities across the globe perceive their opportunities for digital transition pathways. This paper presents a project and strategy-based assessment of smart city ambitions in the light of sustainable urban development pathways in the European Union capitals considering the programming period 2014-2020. The purpose of the research is to understand better the smart city trends in Europe and identify any correlation between smart city and sustainability ambitions through the European capitals. The basis of the research was the official project result platforms of European funds with priorities related to smart cities. The collected best practices of transnational smart city projects provide statistics from the previous programming period and draw attention to the developing trends of smart city functions and the activity level of European capitals in the digital transition. Results show that between 2014 and 2020 nearly half of the capitals owned a specific smart city strategic document. Evaluating the smart urban performance of the capitals, it can be stated that most smart solutions were implemented related to mobility and environment in the previous period. Furthermore, it was also considered whether smart city projects could facilitate the shift toward sustainability. Based on the assessment of their planning strategies, a complex image of the European capitals has been revealed in their smart city development concepts; their strategic-level planning can be understood better, which is essential for policymaking in the era of digitalisation, identifying synergies with sustainable urban development ambitions, and monitoring the reached targets at the city level.
EN
The purpose of this study is to use social capital theory to explain how startups in Vietnam undergo the digital transformation process. The study investigates the connection between social capital, resource access, and digital transformation in Vietnamese startups. 230 managers were analyzed using the Partial Least Squares Structural Model (PLS-SEM). The study found a positive correlation between social capital, resource access, and digital transformation. Additionally, the study looked at the role of resource access as a mediator between social capital and digital transformation. The findings of this study hold immense importance for managers seeking to establish social capital with stakeholders, including government agencies, customers, competitors, and suppliers in the digital platform services industry. Leveraging social capital can increase managers’ access to crucial resources, especially during the Covid-19 pandemic. The study acknowledges its limitations and identifies areas for future research.
PL
Dlaczego transformacja cyfrowa może być szansą dla przedsiębiorstw? Jak kompetencje cyfrowe pracowników będą wspierać procesy automatyzacji? Czy zmiana pokoleniowa na szczeblu managerskim musi być bolesnym doświadczeniem w przypadku sukcesji przedsiębiorstwa? Dlaczego polskie startupy nie boją się ambitnych wyzwań?
PL
Transformacja eklogiczna i cyfrowa transportu ma przyczynić się do modernizacji sektora przeprojektowania sieci połączeń i ozywienia gospodarki.
EN
Under the influence of the 4th industrial revolution and the impact of the Covid-19 pandemic, digital transformation is rapidly taking place in all aspects of society. For businesses, digital transformation is an essential and objective trend for their sustainability and development. The purpose of digital transformation for businesses is to enhance operational efficiency through factors such as accelerating market speed, gaining competitive advantage, driving revenue growth, increasing labor productivity, and expanding customer attraction and retention. Numerous studies have indicated that the process of digital transformation in businesses is influenced by leadership and digital transformation strategies, and digital transformation has an impact on business performance. This study aims to identify the relationship between digital leadership and the operational efficiency of coal mining companies in Vietnam, with the mediating role of digital transformation strategies. Additionally, the study examines the moderating role of digital skills on the relationship between digital transformation strategies and the operational efficiency of the organizations. The research surveyed 111 employees and workers currently working in coal mining companies in Vietnam. Through analysis and hypothesis testing, the results showed that digital leadership does not have a direct impact on coal companies’ operational efficiency. However, it indirectly affects business performance through the mediating role of digital transformation strategies. The study's findings also revealed that the digital skills of employees play a moderating role in enhancing the relationship between digital transformation strategies and the operational efficiency of the organization.
EN
According to (McKinsey & Company, 2020), drilling and extraction operations are responsible for 10% of approximately 4 billion tons of CO2 emitted yearly by Oil and Gas sector. To lower carbon emissions, companies used different strategies including electrifying equipment, changing power sources, rebalancing portfolios, and expanding carbon-capture-utilization-storage (CCUS). Technology evolution with digital transformation strategy is essential for reinventing and optimizing existing workflow, reducing lengthy processes and driving efficiency for sustainable operations. Details subsurface studies take up-to 6–12 months, including seismic & static analysis, reserve estimation and simulation to support drilling and extraction operations. Manual and repetitive processes, aging infrastructure with limited computing-engine are factors for long computation hours. To address subsurface complexity, hundred-thousand scenarios are simulated that lead to tremendous power consumption. Excluding additional simulation hours, each workstation uses 24k kWh/month for regular 40 hours/month and produces 6.1kg CO2. Machine Learning (ML) become crucial in digital transformation, not only saving time but supporting wiser decision-making. An 80%-time-reduction with ML Seismic and Static modeling deployed in a reservoir study. Significant time reduction from days-tohours-to-minutes with cloud-computing deployed to simulate hundreds-thousands of scenarios. These time savings help to reduce CO2-emissions resulting in a more sustainable subsurface workflow to support the 2050 goal.
EN
The transition to smart mining has significantly increased the requirements for training modern mining engineers, this necessitating digitalization of this process. Based on scientific research, virtual and augmented reality technology are the most effective and safe. The article presents methods for using virtual and augmented reality technology in training mining engineers. The methods are successfully implemented in laboratories of Kryvyi Rih National University (Ukraine) and have been proven effective during distance learning in the context of the COVID-19 pandemic and the russian military aggression against Ukraine. Nevertheless, further scientific research is needed to introduce modern digital technologies into mining engineers’ training at universities in order to form a competitive and competent specialist.
PL
Przejście na inteligentne wydobycie znacznie zwiększyło wymagania dotyczące szkolenia nowoczesnych inżynierów górnictwa, co wymaga cyfryzacji tego procesu. Bazując na badaniach naukowych, technologia wirtualnej i rozszerzonej rzeczywistości jest najskuteczniejsza i najbezpieczniejsza. W artykule przedstawiono metody wykorzystania technologii wirtualnej i rozszerzonej rzeczywistości w szkoleniu inżynierów górnictwa. Metody są z powodzeniem wdrażane w laboratoriach Krzyworoskiego Uniwersytetu Narodowego (Ukraina) i okazały się skuteczne podczas nauczania na odległość w kontekście pandemii COVID-19 i rosyjskiej agresji militarnej na Ukrainę. Niemniej jednak potrzebne są dalsze badania naukowe, aby wprowadzić nowoczesne technologie cyfrowe do kształcenia inżynierów górnictwa na uczelniach w celu ukształtowania konkurencyjnego i kompetentnego specjalisty.
15
Content available remote Corporate environmental management in the context of digital transformation
EN
Managers and the market place a higher importance on environmental management of businesses as sustainable development becomes the focus of attention. At the same time, the digital economy has become the most dynamic and emerging mode of economic development, driving future business trends and technological innovations. This special issue of Ecological Chemistry and Engineering S (ECE S) collects 6 articles focusing on the challenges and problems in the digital transformation and corporate environment management, which aims to share and discuss the recent advances and future trends of theory and application in academia, and to bring practical implications and experience in industry developers.
EN
Purpose: Technological changes determined by the development of Industry 4.0 significantly change the business models of modern organizations. The Covid-19 pandemic is also influencing changing organizational systems and dynamic progress in technological transformation. The main purpose of the paper is to present the impact of digital transformation on changes in business models and to answer the question if Covid-19 will accelerate change. Design/methodology/approach: The paper contains the literature review on business model concept, Industry 4.0, Digital Transformation and Covid-19. In this paper the empirical study is also presented. The main research problem was to determine the impact of the digital transformation (technological progress) following the Covid-19 pandemic on changes in the business models of Polish enterprises and public sector institutions. Findings: A research confirmed that the digital transformation (processes connected with digitization, automation, robotization and artificial intelligence) resulting from the Covid-19 pandemic has had an impact on the business models of both Polish enterprises and public sector institutions. The research also confirmed a discrepancy between the opinions of experts and management when it came to assessing the impact of technological progress associated with Covid-19 on the business models of the surveyed organizations. Originality/value: The presented work is an important contribution when it comes to the post pandemic economic reality. Paper assesses the impact of technological progress induced by Covid-19 on changes in the functioning of individual processes, which can be an important guide for management practitioners, helpful in implementing modern technological solutions in organizations.
EN
Purpose: The purpose of the article is to assess the level of digital competence of young Poles against the background of selected European countries in the context of changes occurring in the labor market. Design/methodology/approach: The level of digital competence of young people from 30 selected European countries was diagnosed on the basis of the development pattern method by Z. Hellwig. To develop a synthetic Z. Hellwig measure, 23 diagnostic characteristics that reflect the level of skills of young Europeans in creating digital content, using databases, communicating and collaborating online, using ICT in different types of online activities, and protecting privacy and personal data online were selected. The study covered a group of young people aged 16-24, representing a potential labor supply that is particularly relevant to the development of the digital economy. Findings: In the light of the characteristics adopted for the study, the level of digital competence of young Poles is low. Young Finns, Maltese, Dutch, Spanish and Icelanders have the highest levels of digital competence. In contrast, particularly low levels of these competences are seen among young Bulgarians and Romanians. Research limitations/implications: The presented research can contribute to further in-depth analysis of the impact of the digital competency deficit on the economic development of the countries included in the analysis in the long term, including Poland in particular. Practical implications: The results of the research can provide guidance to public authorities in creating and evaluating strategies for the development of digital competences in Poland and the other countries covered by the study. Originality/value: The article indicates the changes that the labor market is undergoing as a consequence of the digital transformation of the economy. A synthetic indicator of digital competence was constructed, taking into account the diagnostic characteristics selected by the author of the article, which in their opinion are particularly relevant to the development of the digital economy. Leaders in the level of digital competence of young people have been identified. The distance between them and Poland was also diagnosed. The findings are addressed to the public authorities of the European countries surveyed. They can provide guidelines for the creation and evaluation of strategies for the development of digital competences in Poland and the other countries covered by the study.
EN
Purpose: With increasing digitalization, the debate on the direction of transformation in various sectors of the economy and their ability to keep up with the changes in this area is becoming increasingly complex. The energy industry is one of the key sectors in the economy, and as such it must follow trends and adapt to changing conditions. The aim of the paper is to diagnose and assess the level of progress in digital transformation among Polish energy sector enterprises. Design/methodology/approach: The research was conducted on a group of 110 entities, with a survey questionnaire. The gathered data was analyzed using descriptive statistics. Findings: Although the level of employing Industry 4.0 tools in Polish energy sector enterprises is at a low level, managers recognize the importance of following the path toward digital transformation. The awareness of particular digital transformation prerequisites differs depending on the phase of the digital transformation process. Research limitations/implications: Among the limitations of the research procedure, issues such as the single respondent design and the exclusion of micro entities from the research should be noted. However, the exclusion of micro entities from the analysis was intentional, and this area deserves the attention of researchers. The specificity of the functioning and organization of the activity of micro enterprises may distort the image of the sector. Referring to the single respondent design, it was assumed that in this phase of the research it is reasonable to collect individual opinions specific to a given enterprise. It would be worth extending the analysis by conducting in-depth interviews or attempting more in-depth research at the level of individual entities. Originality/value: This article contributes to the knowledge of the energy sector in Poland in the context of Industry 4.0.
EN
Purpose: This article is devoted to identifying major problems and obstacles to the digital transformation of SMEs in Poland in the context of the Covid crisis and to indicating directions and methods to improve the digitisation level in the SME sector. Design/methodology/approach: This article seeks to answer the question of what the SME digitisation level in Poland is, what the main obstacles hampering the digital transformation process are and how they can be removed. The following research methods were used: reference works review, analysis of secondary sources (reports from OECD, the World Bank, the European Commission, the Polish Agency for Enterprise Development (PARP), Statistics Poland) and deductive reasoning. Findings: The digitisation level of SMEs in Poland is relatively low and the main obstacles to accelerating the digital transformation include the financial and competence limitations which can be removed only with institutional support. Practical implications: This article mentions methods and directions of measures initiated by the government and other institutions to reduce obstacles to SME digital transformation in Poland. Originality/value: The article has informative values as it contributes to the development of knowledge on the impact of the Covid-related crisis on the speed of the digital transformation in the SME sector in Poland and in other countries worldwide.
20
Content available remote Adaptation of selected digital solutions in the field of military logistics
PL
Czwarta rewolucja przemysłowa i związana z nią transformacja cyfrowa rozwija się niezwykle dynamicznie wprowadzając istotne ulepszenia w przemyśle. Szczególnie obecna jest w procesach wytwórczych, zmieniając w sposób fundamentalny funkcjonowanie przedsiębiorstw. Jednak wiele rozwiązań technologicznych stosowanych w tym obszarze może być z powodzeniem wykorzystane również na innych płaszczyznach. Jedną z nich są siły zbrojne. W artykule autorzy dokonali analizy przykładowego procesu funkcjonowania żołnierzy w toku codziennego porządku dnia aby wskazać, że możliwie jest zastosowanie prostych rozwiązań z zakresu elektronicznego zbierania danych i uzyskanie wymiernych korzyści. Tak też określono główny cel badania. Aby go zrealizować autorzy dokonali szczegółowej analizy i oceny wy-branego procesu (ewidencjonowanie faktu opuszczania pododdziału przez podchorążych) wskazując jego niedoskonałości. Na tej podstawie zaproponowali rozwiązanie optymalizujące jego najważniejsze parametry (czas, niezawodność). Zaproponowane rozwiązanie, polegające na wykorzystaniu rejestratorów zbliżeniowych i błyskawicznym odczycie danych wychodzącego żołnierza pozwoliło na rozwiązanie problemu badawczego tj. odpowiedzi na pytanie: czy możliwe i zasadne jest wsparcie wybranych procesów funkcjonowania żołnierzy na pododdziale z wykorzystaniem nowoczesnych narzędzi przemysłu 4.0? Pozwoliło to zweryfikować hipotezę badawczą zakładającą, że zastosowanie prostych narzędzi wykorzystujących nowe technologie może w istotny sposób usprawnić funkcjonowanie badanego procesu. Osiągnięcie założonego celu badania było możliwe dzięki wykorzystaniu takich metod, narzędzi i technik badawczych jak analiza literatury, synteza, metoda obserwacyjna, analiza statystyczna, porównanie i wnioskowanie. Artykuł składa się ze wstępu a następnie z przeglądu literatury z obszaru zarówno rewolucji przemysłowej jak i modernizacji sił zbrojnych. Zasadniczą część stanowi badanie statystyczne czasów trwania procesu wypisywania się podchorążych w niezbędnej dokumentacji podczas opuszczania miejsca zakwaterowania, jego charakterystyka i ocena. Na tej podstawie zaproponowano możliwe rozwiązanie stwierdzonych niedociągnięć. Artykuł wieńczy podsumowanie przeprowadzonych analiz i wnioski końcowe, a także rekomendacje w zakresie dalszych analiz.
EN
The fourth industrial revolution is especially present in manufacturing processes. However, many technological solutions used in this area can also be successfully used on other levels. One of them is the armed forces. In the article, the authors analysed a process of the soldiers functioning in the course of the daily routine to indicate that it is possible to apply simple solutions in the field of electronic data collection and obtain measurable benefits. This is also how the main aim of the study was defined. The authors made a detailed analysis and evaluation of the selected process, pointing to its imperfections and proposing a solution that would optimize its most important parameters (time, reliability). The proposed solution, involving the use of proximity recorders made it possible to solve the research problem, i.e. to answer the question: is it possible and justified to support selected processes of the functioning of soldiers in a sub-unit with the use of modern logistics 4.0 tools? This allowed to verify the research hypothesis that the use of simple tools using new technologies can significantly im-prove the functioning of the examined process. The following research methods, tools and techniques were used: literature analysis, synthesis, observational method, statistical analysis, comparison and inference. The article consists of an introduction and then a review of the literature. The main part is a statistical study. Based on this, a possible solution to the identified shortcomings was proposed. The article ends with a summary and final conclusions.
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