Towards Ontology-Based Design Science Research for Knowledge Accumulation and Evolution

Nguyen, Andy; Gardner, Lesley A.; Sheridan, Don

doi:10.24251/hicss.2019.694

Cited by 10 publications

(6 citation statements)

References 27 publications

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“…Hevner et al claimed that DSR facilitate research in information systems to generate prescriptive knowledge [9]. Nguyen et al underlined DSR advantages to produce necessary artefacts following problem solving processes and knowledge construction [10]. Those advantages drive this study and adapt it to design a KSS since research in KM areas requires guideline to produce necessary artefacts in the KM context.…”

Section: Design Science Researchmentioning

confidence: 93%

Designing Knowledge Sharing System for Statistical Activities in BPS-Statistics Indonesia

Sensuse

Suwiyanto

Lusa

et al. 2021

Data

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Statistics of Indonesia’s (BPS) performance are not optimal since there is a lack of integration among business processes. This has resulted in unsynchronized data, unstandardized business processes, and inefficient IT investment. To encourage more qualified and integrated business processes, BPS should optimize the knowledge sharing process (KSP) among government employees in statistical areas. This study designed a Knowledge Sharing System (KSS) to facilitate KSP in BPS towards knowledge sharing improvement. The KSS manifested a hypothesis that the design of qualified knowledge management can facilitate an organization to overcome the lack of integration among business processes. Hence, BPS can avoid repetitive mistakes, improve work efficiency, and reduce the risk of failure. This study generated a business process-oriented KSS by combining soft system methodology with the B-KIDE (Business process-oriented Knowledge Infrastructure Development) Framework. It delivered research artifacts (a rich picture, CATWOE analysis (costumer, actor, transformation, weltanschauung, owner, environment), and conceptual model) to capture eight mechanisms of knowledge, map them into the knowledge process, and define the applicable technology. The KSS model has perceived a score of 0.40 using the Kappa formula that indicates the stakeholders’ acceptance. Therefore, BPS can leverage a qualified KSS towards the integrated business processes statistically while the hypothesis was accepted.

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Section: Design Science Researchmentioning

confidence: 93%

Designing Knowledge Sharing System for Statistical Activities in BPS-Statistics Indonesia

Sensuse

Suwiyanto

Lusa

et al. 2021

Data

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“…The mission of DSR is to develop knowledge so that professionals design solutions to their empirical problems (Van Aken, 2005), supported by a rigorous and appropriate methodological approach (Lacerda et al. , 2013) based on the creation, resolution and evaluation of the effectiveness of artifacts (Nguyen et al. , 2019).…”

Section: Methodsmentioning

confidence: 99%

A map for the holistic BPM diagnosis

Nogueira

Pádua

Júnior

2022

BPMJ

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PurposeThe purpose of this study is to develop a map for the holistic business process management (BPM) diagnosis in order to guide the choice of techniques that encompass all dimensions of the business process.Design/methodology/approachThe design science research method was used, with the elaboration of seven steps to project solutions to empirical problems: (1) identification of the problem, (2) awareness of the problem, (3) definition of expected results, (4) design and development, (5) demonstration, (6) evaluation of artifacts and (7) communication. These steps were organized in different analyzes: descriptive, experimental and observational. The descriptive analysis comprised steps one to three (identification of the problem, awareness of the problem, definition of expected results) and made use of the systematic literature review procedure for proposing artifacts. The experimental analysis comprised steps four to five (design and development, and demonstration), where the consultation with specialists' procedures and then the Delphi procedure for the construction of the artifacts were carried out. In the observational analysis, steps six (evaluation of artifacts), where two case studies were performed, and step seven (communication), in which the map for the holistic BPM diagnosis was presented were carried out.FindingsThe article systematizes the BPM diagnostic techniques scattered throughout the literature and relates how these techniques relate to dimensions. A map for the holistic BPM diagnosis is generated containing 21 techniques and 9 dimensions, with 45 relationships between these techniques and tools. Another aspect is that the map shows that in BPM promotion projects, techniques are not restricted to any specific phase of the life cycle.Practical implicationsProfessionals can use the map to form a blend with selected techniques and use them for holistic BPM diagnosis according to the skills and other resources of the project team.Originality/valueThe map developed is innovative because it relates a set of consolidated techniques for each dimension of the process to provide the holistic diagnosis for the organization. It is important to highlight that these techniques and dimensions were scattered in the literature.

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“…Проведений аналіз ряду наукових оглядів [13][14][15], що присвячені дослідженням з розв'язання визначеної проблеми, та наявним у доступі засобам управління семантичними моделями, висвітлив наступні важливі аспекти. Переважна більшість засобів управління онтологіями зорієнтована на процеси первинного створення семантичних моделей, вони передбачають переважно режим ручного введення даних і не передбачають ані моніторингу ступеню відповідності формальної онтологічної моделі КІС реальному стану системи, ані режимів автоматичного усунення семантичної неузгодженості.…”

Section: аналіз стану проблемиunclassified

Підтримка Цілісності Семантичного Шару Загального Інформаційного Простору Корпоративних Інтелектуальних Систем

Храмова¹

2021

РЗОД

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Розглянуто деякі аспекти актуалізації семантичного контексту для спільного інформаційного простору корпоративних інтелектуальних систем. Динамічний світ спонукає модифікувати існуючу семантичну модель такої системи відповідно до безперервних змін, що важко зробити вручну, оскільки семантика такого інформаційного простору час-то представлена набором онтологій і їхніми взаємними відображеннями. Існують певні проблеми підтримки цілісності семантичної моделі, що пов’язані зі змінами, оскільки елементарний процес зміни може викликати інше завдання зміни або навіть послідовність таких зав-дань. У роботі розглянуто такі питання як джерела та види змін в онтологічних моделях, визначено основні завдання, які виконуються в процесі внесення змін. Також надано перелік існуючих методів і підходів до виконання тих чи інших завдань.

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Towards Ontology-Based Design Science Research for Knowledge Accumulation and Evolution

Cited by 10 publications

References 27 publications

Designing Knowledge Sharing System for Statistical Activities in BPS-Statistics Indonesia

Designing Knowledge Sharing System for Statistical Activities in BPS-Statistics Indonesia

A map for the holistic BPM diagnosis

Підтримка Цілісності Семантичного Шару Загального Інформаційного Простору Корпоративних Інтелектуальних Систем

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