Refining business process ontology model with invisible prime tasks using SWRL rules

Author(s):  
Kelly R. Sungkono ◽  
Riyanarto Sarno ◽  
Nurul Fajrin Ariyani
Author(s):  
Hussein Ali Ahmed Ghanim ◽  
László Kovács

<p>E-Learning is an important support mechanism for educational systems to increase the efficiency of the education process including students and teachers. The current e-learning systems typically lack the level of metacognitive awareness, adaptive tutoring, and time management skills and have not always met the expectations of the learners as required. In this study, we introduce a novel ontological model for the learning process in the e-learning domain. In the framework, we have built a domain ontology that represents knowledge of the learning, the outcome domain ontology covers the whole learning process. We focused on the learning process ontology model conceptualizing knowledge constructions, such as learning courses, and we present the created course and learning process ontology in detail. In this work, we considered three layers of learning process. The top layer defines a general framework of learning process, conceptual model layer, defines the framework of the actual process of the learning process and course ontology model contains the knowledge unit of the learning process. The prototype ontology is constructed in protégé and managed by Java web ontology language-application programming interface (OWL-API). As a result, our model can solve the problems of current e-tutor systems. Also, it can be used for different domain in e-tutor systems. It can reach the characteristics of standardization, reusability, flexibility, and open knowledge. By applying this model, we can avoid applying isolated databases. The constructed ontology can be used in the future to control adaptive intelligent e-tutor frameworks.</p>


2012 ◽  
Vol 546-547 ◽  
pp. 651-655
Author(s):  
Li Li Sun ◽  
Feng He ◽  
Xiao Li Meng

Semantic process modeling approaches are used in modelling, making use of the process ontology, which is the preferred BPMO. In the process of semantically modeling, using ontology to describe the business process is an important step. Therefore, the text proposed for BPMO-based OWL representation of business process, lays the foundation for resolving issues, such as semantic annotation, machine-understandable, and reasoning on business process. We will put forward the construction and representation of our business process knowledge; examine the workshop business process activities; according to business rules, describe business processes on the basis of the BPMO; represent BPMO-based process on the basis of ontology modeling language OWL; model the process on the foundation of softeware BPMO Modeller. Workshop product packaging as an example, we will verify business processes based on BPMO methods.


2013 ◽  
Vol 756-759 ◽  
pp. 1610-1614
Author(s):  
Chen Min Yan ◽  
Feng He ◽  
Teng Zhang

In order to solve the problem of concepts and terminology inconsistent of cross-organizational business process management, we have studied the methods of Domain Ontology construction and BPMNO elements, and constructed Meta ontology model of Logistic Warehousing business process. According to this, we further construct Logistics Warehousing domain ontology described by BPMN elements that makes it semantic.


2008 ◽  
Vol 42 (43) ◽  
pp. 168-174 ◽  
Author(s):  
Donatas Čiukšys ◽  
Albertas Čaplinskas

The paper proposes an approach to reuse of business process knowledge based on domain engineering, knowledge engineering and ontology-based systems engineering. The main idea of the proposed approach is to separate business process ontology and application domain ontology, and reuse the process ontology in different application domains. A notion of generic business process is introduced and is defined as a family of similar business processes. The two life cycles activity oflocation of generic business process in application domain is discussed.Ontologijomis grindžiamas verslo procesų žinių pakartotinio naudojimo metodasDonatas Čiukšys, Albertas Čaplinskas SantraukaStraipsnyje pristatomas verslo procesų žinių pakartotinio naudojimo metodas, grindžiamas dalykinių sričių inžinerija, žinių inžinerija ir ontologijomis grindžiama sistemų inžinerija. Pagrindinė siūlomo metodo idėja yra atskirti verslo proceso ontologiją nuo dalykinės srities ontologijos ir pakartotinai panaudoti proceso ontologiją skirtingose dalykinėse srityse. Pasiūloma apibendrinto verslo proceso sąvoka, apibrėžiama kaip panašių verslo procesų šeima. Straipsnyje aptariama apibendrinto verslo proceso lokacija dalykinėje srityje, susidedanti iš dviejų gyvavimo ciklų. Pirmame cikle yra atliekama apibendrinto proceso inžinerija, antrame – konkretaus proceso inžinerija. Pastaroji susideda iš trijų žingsnių: proceso konfigūravimo, dalykinės sritiesesybių priskyrimo proceso vaidmenims ir valdymo srautų tarp proceso veiklų apibrėžimo.


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