Методи та програмні засоби автоматизованої побудови адаптивної траєкторії навчання
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There have been developed and approved new methods of solving the problem of the automated construction of adaptive
trajectory of educating in the intellectual adaptive systems of transmission and control of knowledge on the basis of
determination of current status of student, estimations of transition probabilities between the states in time depending on the
educational aim, set parameters of certain student and parameters of educational material. There has been offered the
functional optimization of adaptive trajectory of educating with the use of quantum genetic algorithm of higher orders.
There have been investigated such indexes of quality of the developed adaptive system of transmission and control of
knowledge as: relevancy of the built adaptive trajectory of educating, integrity of presentation of the adapted educational
material, quality of control of knowledge, quality of mastering of new knowledge, comfort and clearness of interface of users,
automation of process of structuring and import of educational material, usage of labour of teachers and experts, usage of
technical equipments, time of answer of the system, resilience of data, integrity of knowledge base, compatibility.
One of the main research methods was the experiment, which allowed assessing the level of achievement of the goal
and technical parameters of software. An experiment is automated construction and selection optimal adaptive learning
trajectory from several proposed, passing lessons by student on this trajectory, and then entering this adaptive trajectory
into the system’s knowledge base with an assessment of the level of achievement of the goal. Thus, each passing lessons
by students refines and improves the procedure for automate constructing an adaptive learning trajectory. So, the developed
Intelligent Online e-Learning System is improved and “learns” in the process of student learning.
The paper reports methods for assessing the likelihood of achieving the set educational goal, what are determined depending
on the parameters of the student model and the parameters of the model of the adaptive learning trajectory.
The study presents the results of applying the developed methods for constructing an individualized educational process
on improving the quality indicators of students’ academic achievements.
The introduction and use of the developed Intelligent Online e-Learning System allows to improve the quality of the educational
process, to rationally use the labor, technical and material resources of educational institutions by automating and
adapting the process of mastering knowledge.
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Дутчак М. С. Методи та програмні засоби автоматизованої побудови адаптивної траєкторії навчання [Текст] / М. С. Дутчак // Вісник Вінницького політехнічного інституту. – 2020. – № 2. – С. 58-66.
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Список використаної літератури (2)
- R. Chantal, L. Danielle, and C. Jennifer, “Applying Best Practice Online Learning,” Teaching, and Support to Intensive Online Environments: An Integrative Review Front. Educ., 21 November 2017. https://doi.org/10.3389/feduc.2017.00059 .
- V. M. Tkachuk, M. I. Kozlenko, M. V. Kuz, I. M. Lazarovych, and M. S. Dutchak, “Function Optimization Based on Higher- Order Quantum Genetic Algorithm,” Electronic modeling, № 3 (2019), с. 43-58, 2019. https://doi.org/10.15407/emodel.41.03 .