This paper introduces a groundbreaking approach to weather phenomena classification, presenting a novel deep neural network design (Resnet 50 with transfer learning). Simultaneously, we present the creation of a compr...
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Sentiment analysis in social media content gained popularity over the past several years due to its various uses in understanding human computer interaction, understanding consumers behavior, psychology, smart system,...
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Gamification in education is an excellent technique to make students more engaged and motivated in their studies. By incorporating games into the learning process, students can have fun while they learn and develop ne...
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The curriculum system of intelligent medical engineering (IME) students covers various aspects such as medicine, engineering, and information technology. Among them, the course of "digital medical image processin...
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ISBN:
(纸本)9798400710131
The curriculum system of intelligent medical engineering (IME) students covers various aspects such as medicine, engineering, and information technology. Among them, the course of "digital medical image processing" is of great significance for cultivating the skills of medical image data processing required by the profession. In the context of "University-industry collaboration", it is of great significance to establish an education system that can effectively integrate the resources of the intelligent medical industry, education, and society, and cultivate talents that meet the needs of the intelligent medical industry. This article explores the reform ideas of this course and aims to integrate hospitals, universities, and enterprises to form a university-industry collaborative education model, with the goal of cultivating students to acquire comprehensive knowledge and skills and to apply their knowledge to solve practical problems. In short, this system aims to provide reference for the talent cultivation of IME professionals by promoting cooperation and communication between hospitals, universities, and enterprises.
The use of educational video games has gained increasing popularity in recent years as a tool to enhance learning outcomes. However, there are still challenges in the way math is taught through video games, such as in...
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ISBN:
(纸本)9798350378344
The use of educational video games has gained increasing popularity in recent years as a tool to enhance learning outcomes. However, there are still challenges in the way math is taught through video games, such as insufficient adaptation to diverse learning styles and limited flexibility in topic selection. These limitations have created a need for configurable video games that can be tailored to meet specific learning objectives while engaging students in an enjoyable and interactive manner. In response to the demand for more adaptable educational tools, this study introduces 'Dino Math Legacy', a customizable video game designed to reinforce math learning for first-year high school students, aligned with Peru's National Basic Education Curriculum. Teachers have the ability to tailor the game to specific learning goals, ensuring engagement through interactive and enjoyable experiences. This study aimed to evaluate the effectiveness of a video game in improving math learning for first-year high school students, focusing on its impact on engagement and learning outcomes. A mixed-methods evaluation confirmed the game's positive impact on learning outcomes and its successful integration of Human-Computer Interaction (HCI) principles, which enhance user experience and learning. Additionally, the study found that the game improved math learning by incorporating dynamic and interactive features, such as adaptive problem-solving challenges, tailored to individual learning styles. The game's customizable features allowed teachers to modify content and set specific learning objectives, which enhanced student motivation and improved comprehension of key math concepts. The research highlights the potential of educational video games in classroom learning, emphasizing the importance of aligning design with student learning styles. A user-centered design approach, guided by educational psychologists and frameworks like LEGA and LM-GM, ensured effectiveness. A comprehensive mixe
Recently, agriculture domain has shown a digital shift that has automated various managerial task. The development of precision-based farming systems has overcome many challenges. Agriculture and collaborative activit...
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Artificial intelligence technologies for the mobile health and smart hospitals are important, by applying predictive Analytics and Deep learning algorithms and developing new models. The main objective is applying art...
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This paper introduces a novel approach that integrates machine learning techniques to optimize SimRank convergence on streaming data. Our approach utilizes the structural properties of the graph, such as edge features...
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The growing prevalence of intelligent surveillance systems has expedited progress in video analytics, particularly in learning environments. This survey article analyzes various methods for assessing student behavior ...
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In the contemporary era of cloud computing, efficient and precise prediction of CPU utilization ensures optimal performance and energy efficiency in data centers. Traditional predictive models often need to be improve...
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