This paper reports on physical reservoir computing (PRC) using electrostatically coupled triple MEMS nonlinear resonators and demonstrates for the first time that it is effective in improving learning performance to i...
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According to the actual needs of students majoring in vehicle engineering, this paper focuses on the application of virtual simulation experimental environment in their professional learning and ability training. Thro...
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The integration of artificial intelligence (AI) and machine learning (ML) in Electronics and Telecommunication (E&TC) engineering is reshaping various applications, demonstrating significant transformative potenti...
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This article reviews the integration of STEM (Science, Technology, engineering, and Mathematics) educational principles into the Innovation and Practice of IT Industry course. STEM education emphasizes interdisciplina...
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Traditional battery maintenance methods have some problems, such as low efficiency, difficult to find potential problems in time and accurately, which affect the stability and reliability of power system. This paper s...
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To enhance the efficiency and scalability of virtual teaching experiment systems, a big data virtual teaching experiment system was built using container technology. The system architecture was designed using a contai...
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Dyslexia is a learning disability that is widespread and marked with a persistent problem with word identification and spelling. It has an impact on a person’s capacity to decipher letters and words accurately and fl...
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With the rapid development of digital technology, online learning has become an important way for students, especially those majoring in foreign languages, to learn. To improve the accuracy of predicting student grade...
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The combination of an HTTP Load Balancer and Cloud Armor in cloud computing environments provides a robust solution for ensuring high availability and security for web applications. An HTTP Load Balancer distributes i...
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The combination of an HTTP Load Balancer and Cloud Armor in cloud computing environments provides a robust solution for ensuring high availability and security for web applications. An HTTP Load Balancer distributes incoming traffic across multiple backend instances, optimizing performance and scalability. Cloud Armor, a security service in the cloud platform, adds an additional layer of protection by implementing access control rules and mitigating DDoS attacks. This abstract explores the detailed procedure of setting up anHTTP Load Balancer with Cloud Armor in Google Cloud Platform (GCP), including the configuration of instance groups, firewall rules, backend services, and load balancer settings. The integration of Cloud Armor allows the application to benefit from advanced security features, such as IP-based access controls and traffic filtering, thereby safeguarding against malicious activities. By implementing an HTTP Load Balancer with Cloud Armor, organizations can ensure reliable and secure delivery of web applications to their users in the cloud environment.
Noise pollution poses a significant barrier to effective learning and teaching, impacting concentration, retention, and overall academic performance. This paper explores the implementation of a comprehensive Noise Pol...
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ISBN:
(数字)9798331523893
ISBN:
(纸本)9798331523909
Noise pollution poses a significant barrier to effective learning and teaching, impacting concentration, retention, and overall academic performance. This paper explores the implementation of a comprehensive Noise Pollution Control System (NPCS) designed to mitigate disruptive auditory distractions in educational environments. The NPCS integrates sound insulation technologies, real-time noise monitoring, and adaptive acoustic treatments to create a conducive learning atmosphere. Through a combination of quantitative measurements and qualitative assessments, the system aims to identify noise sources, evaluate their impact on students and educators, and implement targeted interventions. Initial findings suggest that reduced noise levels correlate with improved student engagement and academic outcomes. By fostering a quieter and more focused learning environment, the NPCS seeks to enhance the overall educational experience, emphasizing the critical relationship between ambient sound conditions and effective teaching methodologies. This paper highlights best practices, challenges, and future directions for noise management in schools and universities, aiming to provide actionable insights for educators, administrators, and policymakers. It develops an integrated classroom noise monitoring system that combines real-time noise level detection with automated fan control and mobile application notifications. The system employs a noise sensor connected to a microcontroller to continuously monitor the classroom's ambient noise levels. When the noise exceeds a predefined threshold, the system turns off the classroom fan to help reduce the noise. Additionally, it sends real-time notifications to a mobile application, providing updates on the noise levels and alerting teachers and school administrators to disturbances. This dual approach - automated fan control and mobile notifications - ensures an optimal learning environment by minimizing noise disruptions and keeping relevant
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