Abstract The system adopts the B/S model and it is a network application platform designed and developed based on the current situation of evaluation management. Through conducting a needs analysis of the system, designing the overall architecture, functional modules, and platform construction, the system is ultimately implemented and basically meets the business needs of the evaluation management. Through the demand analysis of the system, the design of the overall structure of the system, functional modules, platform construction, and so on. It can basically meet the needs of the evaluation management business.

Abstract With the development of information technology, the role of analog electronic technology in education and teaching has become more and more prominent. As a more practical professional foundation course, it plays a vital role in the electronics, electrical and communications and other professional knowledge structure. However, the actual teaching process, can not achieve a good teaching effect due to the course content, complex knowledge points and practical and other characteristics. Therefore, this paper focuses on the mixed teaching mode based on MOOC, the optimization of the teaching of analog electronic technology courses to analyze, so as to effectively promote the efficiency of teaching analog electronics technology.

Abstract Based on the background of sports rehabilitation training, this paper applies Internet of things technology to the sports rehabilitation of teenagers. By developing sensory sensors to monitor sensor terminal nodes, according to the needs of physiological parameters monitoring during rehabilitation training, the parameters of the monitoring system including ECG signal, EMG signal, exercise posture and body temperature were established based on the Internet of things technology. The experimental results show that the system can monitor the changes of the target user's vital signs in real time and provide feedback. These physiological data can be analyzed to help physicians develop effective rehabilitation training programs. To evaluate the recovery of sports ability and training participation, so as to improve the training efficiency and achieve the rehabilitation effect.

Abstract This article takes the electromechanical integration technology professional group as a case study to explore the path of implementing course ideological and political content in electromechanical professional groups. The focus is on analyzing the exploration and practice of professional groups in terms of concept integration, curriculum system construction, teacher team construction, and teaching methods in the process of course ideological and political construction and implementation.

Abstract As information technology undergoes rapid development, cloud computing has emerged as a transformative computing model, bringing about gradual shifts in our daily routines and professional landscapes. At the core of cloud computing lies virtualization technology, a fundamental innovation that bestows upon cloud computing traits of efficiency, flexibility, and scalability. The following discourse will delve into an analysis of virtualization technology within the context of cloud computing, exploring its underlying principles, diverse applications, and anticipated developmental trajectory. Virtualization technology, as a cornerstone of cloud computing, plays a pivotal role in abstracting physical infrastructure and creating virtual resources, thereby enabling efficient resource utilization, seamless flexibility, and scalable operations. By decoupling software from physical hardware, virtualization facilitates the dynamic allocation of resources, enhancing overall system performance and agility. Furthermore, the application of virtualization technology spans across various domains, including server virtualization, storage virtualization, network virtualization, and desktop virtualization. Each of these applications contributes to optimizing resource management, improving operational efficiency, and reducing infrastructure costs in diverse IT environments. Looking ahead, the development trend of virtualization technology in cloud computing is poised for continued advancement. Anticipated trends include the convergence of virtualization and containerization technologies, the integration of virtualization in edge computing for enhanced real-time processing, and the evolution of multi-cloud and hybrid cloud management solutions empowered by virtualization technology. In conclusion, virtualization technology underpins the efficiency, flexibility, and scalability of cloud computing. Its ongoing evolution and integration with emerging technologies are set to further revolutionize the landscape of cloud computing, offering enhanced capabilities and paving the way for innovative solutions to meet evolving demands in the digital era.

Abstract This paper deeply discusses the positive role of artificial intelligence technology in improving the safety of ship navigation and its application examples in practical operation. Firstly, this paper summarizes a number of applications of artificial intelligence in the field of ship navigation safety, and clearly points out the obvious advantages and challenges it brings. Furthermore, the paper analyzes in detail the key links such as the ship's automatic driving system, the risk assessment and early warning system in the navigation process, and the accident emergency treatment and rescue system, and how to skillfully use artificial intelligence technology to improve the overall safety performance. Through in-depth analysis of typical cases in this field at home and abroad, this paper comprehensively summarizes the remarkable application effect of artificial intelligence technology in the practice of ship navigation safety. These research results not only show the broad application prospect of artificial intelligence, but also provide strong theoretical support and practical guidance on how to further improve the safety of ship navigation, which has far-reaching guiding significance for ensuring the safety and stability of maritime transportation.