One of the most important indicators of a person's health status is their rate of respiration, which is why clinical exams should closely monitor it. In the medical field, respiratory signal classification plays a...
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This paper draws parallels and contrasts between the Design and Manufacture (D+M) focussed learning tracks of the Mechanical engineering courses at Nottingham Trent University (NTU) and Imperial College London (ICL). ...
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ISBN:
(纸本)9781912254194
This paper draws parallels and contrasts between the Design and Manufacture (D+M) focussed learning tracks of the Mechanical engineering courses at Nottingham Trent University (NTU) and Imperial College London (ICL). These two institutions have historically had a different focus and vision. At NTU, various engineering courses undergo the same D+M module with the aim of delivering well-rounded engineers who have specialised within their own discipline and have acquired skills and knowledge in areas that are considered slightly outside their domain of study. D+M teaching is approached as a tool to encourage creativity across disciplines, within the themes of sustainability and robust product development. The objective is to remove inter-disciplinary barriers with the appreciation that problems of the present and future require pragmatic solutions from creative problem-solvers who are not limited by their disciplines of study. The Mechanical engineering course at Imperial has a strong emphasis on theoretical and mathematical foundations, with D+M modules aiming to integrate knowledge obtained and to bring this theoretical knowledge into practice. Additionally, the students achieve competence in engineering drawing, standards, design methodologies, and workshop skills, as well as transferrable skills. The objective is to develop mechanical engineers who combine strong analytical foundations with innovative product development skills. Based on a comparative analysis of the two programmes, a two-axis digital/practical-breadth/depth map and a learning outcome map have been developed. These can enable D+M Module Leaders and Course Directors at different institutions to make more informed decisions about teaching, content, delivery, and the student journey.
Image inpainting is a significant research area in the field of computer vision, with a diverse range of applications in image processing. Traditional image inpainting techniques proved to ineffective in generating be...
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Considering the formidable challenge of detecting financial crimes, particularly money laundering, in today's global context, we have proposed methodology combining supervised and unsupervised machine learning (AI...
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IoT-Fog computing offers a broad variety of services for IoT-based end-systems. End IoT devices communicate with cloud nodes and fog nodes to administer client tasks. During the data collection process between the fog...
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This research paper examines the effectiveness of semantic segmentation utilizing a weighted cross-entropy loss function. A modified version of cross-entropy loss is implemented to address data imbalance and improve p...
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Android apps emerged with modern technology. It's time to ditch websites for apps. We are thrilled to debut the Smart-College app, which will act like a condensed college website. The teaching staff and parents of...
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The arrival of the digital era has brought many challenges and changes to traditional teaching models, teaching methods, and teaching resources in higher education. Among them, the construction and application of digi...
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ISBN:
(纸本)9783031631290
The arrival of the digital era has brought many challenges and changes to traditional teaching models, teaching methods, and teaching resources in higher education. Among them, the construction and application of digital educational resources has also become an important trend in the future development of higher education. This article mainly introduces the construction and application of digital college English teaching resources based on data mining. In terms of the construction of teaching resources, this paper uses the method based on data mining technology to analyze and process a large number of student learning data and teacher teaching data within a certain period of time, mine the patterns and rules of student learning, and establish knowledge expressions, Knowledge graph and curriculum knowledge trees related to the curriculum;In terms of application, online teaching platforms are used to provide students with rich and diverse digital teaching resources, allowing them to achieve targeted learning through various social learning methods such as independent learning, autonomous dialogue, and group discussions. Practice has proven that digital college English teaching resources based on data mining can better serve the teaching practice of higher education. On the one hand, this teaching resource makes students’ learning more targeted and personalized, which is not only conducive to interaction between teachers and students, but also helps to improve students’ English learning efficiency;On the other hand, this teaching resource can provide data support and reference for teachers’ teaching practice, so as to better grasp students’ learning situation and teaching progress, and achieve optimization and improvement of the teaching process. In summary, the digital college English teaching resources proposed in this article based on data mining are a feasible and effective teaching model teaching. Based on this model, we can continuously optimize teaching content,
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.
Utilizing the cloud implies having organized assets, particularly information and administration, accessible at whatever point you would like them without requiring uncommon client courses of action. More as of late, ...
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ISBN:
(纸本)9798350368109
Utilizing the cloud implies having organized assets, particularly information and administration, accessible at whatever point you would like them without requiring uncommon client courses of action. More as of late, CC has developed into a arrange of both open and private datacenters advertising clients a single online course of action. By putting preparing and information capacity closer to the end clients, edge computing may be a forward-thinking approach to computers that guarantees to speed up reaction times and spare transfer speed. Versatile phone applications are dispersed by means of versatile gadgets that give scattered computing. By the by, security concerns with CC and edge computing, such deciding client defenselessness and organization together declaration, make it troublesome to rapidly distinguish compute models. Machine learning is the consider of computational processes on computers that truly gotten to be way better with involvement. In this investigate extend, we offer an examination of CC security dangers, issues, and strategies that utilize one or more ML calculations. Fortification, semi-supervised, uncontrolled, and synchronized learning are among the obvious machine learning computations that are surveyed in arrange to fathom cloud security issues. Following, we compare the points of interest, drawbacks, and focuses of intrigued of each methodology to decide how viably it was executed. Furthermore, we select to investigate up and coming ponders centered on secure CC models. Since cloud computing offers unmatched adaptability, adaptability, and cost-efficiency, it has totally changed how businesses store, process, and oversee information. But this fast acknowledgment has moreover brought up genuine security issues, requiring solid and intelligent security strategies to defend basic information. With the improvement of advanced strategies for danger location, inconsistency recognizable proof, and interruption avoidance, machine learning (ML) a
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