The application of simulation technology in education is an emerging field that has shown promising results in improving the quality of teaching and learning. In this paper, we explore the potential of simulation tech...
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ISBN:
(纸本)9798400716676
The application of simulation technology in education is an emerging field that has shown promising results in improving the quality of teaching and learning. In this paper, we explore the potential of simulation technology in the development of digital teaching resources for engineering Mechanics (EM) using the metal tensile fracture experiment as an example. Through the development of digitized materials such as colorful stress nephograms, animations, videos, and interactive simulations, students could better understand the fundamental concepts of EM. The effectiveness of the approach was evaluated through a teaching quality evaluation that included student surveys. Results showed that the use of simulation technology significantly improved students' engagement, comprehension of abstract concepts, and overall satisfaction with the course. These findings highlight the potential and advantages of simulation techniques in the development of digital teaching resources for complex courses such as EM, which can benefit from visual and dynamic representations of theoretical concepts.
Artificial intelligence (AI) and machine learning (ML) algorithms are gaining acceptance in the field of health care analytics due to their effectiveness in terms of precision and prediction accuracy. A semi-supervise...
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Business Process Modeling (BPM) is a skill considered fundamental for computer engineers, with Business Process Modeling Notation (BPMN) being one of the most commonly used notations for this discipline. BPMN modeling...
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ISBN:
(纸本)9798400700446
Business Process Modeling (BPM) is a skill considered fundamental for computer engineers, with Business Process Modeling Notation (BPMN) being one of the most commonly used notations for this discipline. BPMN modeling is present in different curricula in specific Master's Degree courses related to software engineering, but, in practice, students often underperform on BPMN modeling exercises due to difficulties in learning good modeling practices. In recent years, more and more fields of computer science have employed gamification (the usage of game elements in non-recreational contexts to gain benefits in terms of interest, participation, motivation, and enjoyment) with positive results during both development and teaching processes. Thus, we have developed a platform for BPMN modeling that employs gamification mechanics to facilitate learning good modeling practices with mechanisms such as rewarding good modeling solutions and penalizing less correct ones, with a dedicated feedback mechanism that maps correctly modeled elements to the corresponding concept. A preliminary laboratory experiment has been conducted with students of an Information Systems course to evaluate how students receive the mechanics and if there may be benefits in using a gamified environment for teaching process modeling throughout an entire course.
Drug discovery hinges on the accurate prediction of binding affinity between prospective drug molecules and target proteins that influence disease progression, which is financially and computationally demanding. Altho...
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ISBN:
(纸本)9798331541378
Drug discovery hinges on the accurate prediction of binding affinity between prospective drug molecules and target proteins that influence disease progression, which is financially and computationally demanding. Although classical and hybrid quantum machine learning models have been employed in previous studies to aid in binding affinity prediction, they encounter several issues related to convergence stability and prediction accuracy. In this regard, this paper introduces a novel hybrid quantum -classical deep learning model tailored for binding affinity prediction in drug discovery. Specifically, the proposed model synergistically integrates 3D and spatial graph convolutional neural networks within an optimized quantum circuit architecture. Simulation results demonstrate a 6% improvement in prediction accuracy relative to existing classical models, as well as a significantly more stable convergence performance compared to previous classical approaches. Moreover, to scalably deploy the proposed framework over today's noisy intermediate-scale quantum (NISQ) devices, a novel quantum error mitigation algorithm is proposed. This algorithm outperforms existing techniques and is capable of mitigating errors with gate noise probabilities, p < 0.05, while resulting in no additional overhead during the training and testing phases.
In the evolving landscape of the clever healthcare industry, the detection and prognostication of ailments thru technological improvements present each possibility and demanding situations, mainly within the realm of ...
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To accomplish company goals and reap advantages while satisfying and meeting consumer expectations, segmentation is an essential facilitator. Identifying subgroups of the target market that share common traits, requir...
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The ODeL education has emerged to be the fastest growing method of teaching in the world today. In South Africa, it has been adopted by several universities and the universities of technology. The University of South ...
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The article deals with the problems that arise in the process of teaching students in courses involving the development of machine learning models. The subject area is analyzed. The main problems are the low speed of ...
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Breathing is one of the vital functions of a human. This is why the monitoring of breathing represents an important tool for diagnosing a medical condition in a patient, that is, for assessing health status. Apart fro...
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learning situation analysis is not only the basic link of teaching activities, but also one of the basic ways to improve effective teaching. However, only on the premise of ensuring the effectiveness of learning situa...
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