Enterprise Modeling: From Digital Transformation to Digital Ubiquity

Fill, Hans-Georg

doi:10.15439/2020f001

Cited by 11 publications

(6 citation statements)

References 37 publications

(38 reference statements)

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“…Even though there are various models [20], [24] for decision-making, they often overlook the challenge of defining the decision problem itself, which is vital to analyse the 'As-Is' scenario of an organisation in order to identify the need for improvements in the business process and digital innovation [25], [26]. Further, there is a need to analyse the sociotechnical conditions within organisational contexts since focusing solely on limited optimisation risks neglects the complexities of organisational reality and its goals [27].…”

Section: Problem Definitionmentioning

confidence: 99%

Multi-Criteria Decision-Making Methods: A Case of Software Vendor Selection

Rani,

Mishra,

Omerovic

2024

TEM Journal

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Various multi-criteria decision-making methods have been utilized in literature to address vendor selection challenges in various contexts. This study reflects on these decision-making techniques for vendor selection in the software ecosystem during software outsourcing. For the same, firstly, a requirement framework for the decision-making process for software vendor selection is proposed. Afterwards, five selected different multi-criteria decision-making techniques are compared and critically analysed against this requirement framework. This study supports software practitioners and decision-makers by providing information about which decision-making method to choose, considering the trade-off between the benefits and drawbacks of adopting each method or using hybrid approaches by combining two or more techniques with fuzzy logic. It is found that decision-making techniques generally lack in modelling the problem itself and handling the conflicts and uncertainties that may prevail during the decision-making process. Furthermore, it has been identified that artificial neural networks (ANN) and analytic network process (ANP) can support the dependencies between alternatives and criteria while handling complex interactions in the software ecosystem. On the other hand, due to its comparative ease of use, analytic hierarchy process (AHP) can serve better in scenarios where decision-makers are not experienced, or past data to train the ANN or ANP models is unavailable.

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Section: Problem Definitionmentioning

confidence: 99%

Multi-Criteria Decision-Making Methods: A Case of Software Vendor Selection

Rani,

Mishra,

Omerovic

2024

TEM Journal

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“…It should also be borne in mind that the next step in the digital transformation for many com-panies is expected to be digital ubiquity characterized by future technologies such as distributed ledgers, artificial intelligence or augmented reality, as well as decentralized apps and autonomous organizations. Thus, the challenge becomes to optimally deal with these opportunities and to deploy them efficiently in business scenarios [18].…”

Section: Fig 1 Factors That Influence Administrative Management In Mo...mentioning

confidence: 99%

Methodology for Designing Analytical Information Systems for Administrative Management

Trofymchuk¹,

Nesterenko²,

Netesin³

2022

Sci. innov.

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Introduction. In the field of administrative management, the intensity of management activities and the amount of information that needs to be processed for decision-making are constantly growing. In these conditions, the use of new information technologies in the analytical information activities of administrative bodies and the construction of appropriate automated systems is of particular importance.Problem Statement. There is an urgent need for a new approach to solving problems related to the develop ment of analytical information activities and the automation of administrative activities of the authorities. Such an approach should be based on information, consider the modern idea of information as an intellectual product, i.e. knowledge, and as a resource of society, and ensure the complexity of solutions.Purpose. The purpose of this research is to develop a methodology for designing analytical systems based on the integration of concepts, models, methods and information technologies, given the requirements for the comp lexity of solutions.Materials and Methods. The methodology is based on concepts, models, methods, and information technologies, given the requirements for complexity, support for management decisions based on knowledge-oriented tools, their comprehensive information support, support for document processing, information and cybersecurity, as well as the integration of analytical information systems with interoperability.Results. Based on the study, an example of methodology for building a typical information and analytical system of administrative bodies has been proposed. It can be used in the construction of automated systems in various governments, in particular regional government.Conclusions. The theoretical foundation is the regulations for the processing of document flows in the administrative authorities, based on the requirements of the policy of enforcement. The practical significance of the obtained results is the creation of a scientific and methodological framework for building analytical information systems in various areas of administrative management.

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“…The business informatics specialist Hans-Georg Fill has worked for years on conceptual modeling and visualization in the field of business informatics [19,20,21], and also on metamodeling for enterprise systems [22,23]. We depict Fill's work on a metameta-level in our summarizing Figure 6, in which the relevant section is labeled Metamodeling.…”

Section: Metamodelingmentioning

confidence: 99%

“…We see the digital ubiquity of an organization, which is examined by Fill [23], as an issue in the evolutionary step to machines.…”

Section: Evolution: Animals-human Beings-machinesmentioning

confidence: 99%

Visualization of Legal Informatics

Lachmayer¹,

Čyras

2021

Frontiers in Artificial Intelligence and Applications

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This paper explores the subject matter of legal informatics. The life-long work of the first author concerning the visualization and coding of statutes is generalized. Besides positive law and customary law, the emergence of machine law is a current topic of focus in the literature. In machine law, legal acts are posited by machines and not by humans (primarily in a situational context). The transformation of a legal act to a legal document can happen in two ways. First, it is a transformation of the legal act into explicit punctuation, for example, for announcement in the case of laws or for written execution in the case of judgments, and, second, as a trend towards electronic documents. Legal theory forms a meta-level to the law and similarly legal informatics forms a meta-level to legal information. Legal informatics in Austria is based on the work of Ota Weinberger, Ilmar Tammelo and Leo Reisinger and has been developed by Erich Schweighofer in the framework of the IRIS conferences. Legal informatics is distinguished from legal information, whereas legal logic and meta-theories appear on top of legal informatics. In terms of syntax, machine culture is characterized by formal notations. Notations of legal logic are just the beginning; the target is a technical notation, a basis for programming. Visualizations are in the middle. On the one hand, visualizations serve to understand people by breaking away from the textual; on the other hand, by emphasizing the formal they form a bridge to machines. Legal text can be translated directly into formal languages, but visualizations can facilitate this task as an intermediate methodological step. Hans-Georg Fill’s metamodeling can be seen as a metameta-level.

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Enterprise Modeling: From Digital Transformation to Digital Ubiquity

Cited by 11 publications

References 37 publications

Multi-Criteria Decision-Making Methods: A Case of Software Vendor Selection

Multi-Criteria Decision-Making Methods: A Case of Software Vendor Selection

Methodology for Designing Analytical Information Systems for Administrative Management

Visualization of Legal Informatics

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