The digital guidance system is widely used in urban planning, public transportation, and other fields. The lack of interactivity and the level of intelligence of this application need to be improved to become the focu...
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Virtual reality (VR), as a computer simulation system that can create a virtual environment, can not only change the traditional technology inquiry mode, but also be integrated into China's economic construction a...
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Self balancing robot is considered to be an important development in the field of mobile robot platform. This paper presents the design of smart embedded system for controlling the direction and speed of stepper motor...
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With the changes in modern families and the needs of infants, traditional parenting methods are no longer able to meet the needs of parents. In order to provide a more advanced and convenient parenting method, this st...
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Today, the demand of quick, eco-friendly, and efficient travel facilitates the global UAV market [1] has given rise to the emergence of air ambulance service as a critical segment from UAM sector. This paper describes...
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ISBN:
(纸本)9798350358810;9798350358803
Today, the demand of quick, eco-friendly, and efficient travel facilitates the global UAV market [1] has given rise to the emergence of air ambulance service as a critical segment from UAM sector. This paper describes the application of systems engineeringapplication in the development of eVTOL aircraft for Emergency Medical Service mission. By employing MBSE methodologies and leveraging complementary tools like UML, Drawio and Capella, this paper demonstrates a systematic and effective translation of engineering concepts into comprehensive system functional design and physical architecture solutions. The results of the potential users uncover design precisions and key stakeholders communication, while also noting encountered challenges such as integration complexities, notably in the domains of spatial considerations and payload requirements. The purpose of the paper exists not only to show how designengineering methodologies to support systemdesign and architecture analysis but also contributes the critical data in UAV air emergency medical service and lessons learned, setting the stage for future research directions.
The purpose of this paper is to propose a panoramic human-machine collaborative training system that can adapt to new energy grid-connected operation conditions, simulate various complex situations, and provide regula...
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ISBN:
(数字)9781510688902
ISBN:
(纸本)9781510688896
The purpose of this paper is to propose a panoramic human-machine collaborative training system that can adapt to new energy grid-connected operation conditions, simulate various complex situations, and provide regulators with simulation exercises, intelligent deductions, decision-making references, Q&A services, which provide intelligent reference solutions for precise regulation under new energy access scenarios with high percentage of new energy under a new type of power system. In order to enhance training effectiveness and operational efficiency, it is need to apply intelligent technology and data-driven models instead of experience and human labor. Interactive Q&A application such as Chat GPT has subversively changed the implementation mode of the training process, making the traditional teaching of theory and basic knowledge easier and faster. However, these commercial Q&A systems still have limitations in terms of accuracy, security, as well as professionalism, which makes them inefficient in professional learning area. In this paper, we use the idea of parallel control and the transformer model to construct a human-computer cooperative training system adapted to new energy grid-connected electric power systems, which realize a human-computer cooperative training model that highly integrates the Q&A services with the real trainer, the real trainees, the computer simulation system. By constructing a large model of human-computer system, a training computing experiment platform, as well as a system with a closed loop of training reality, the parallel training will help training program planning, training teaching design, training arrangements, teaching interaction and other key training links, and realize automated and intelligent training design and execution. As a training and management model adapted to the situation of artificial intelligence, parallel training will bring brand new possibilities for the development of the training industry in the intellige
In order to provide convenient conditions for the construction of practical training courses for marine engine engineering majors, the application of virtual reality technology in the teaching of marine engine enginee...
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With the transformation of global energy structure, pumped storage power station, as an important energy storage technology, plays a key role in the power system. However, the efficient operation of power plants depen...
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This paper discusses intelligent decision-making traffic monitoring and identification systems in the field of engineering monitoring and measurement network security, focusing on the importance of network traffic ano...
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Taking underwater robots project as an example, this paper discusses the innovation of the teaching mode of engineering drawing courses under the guidance of a project. The traditional engineering drawing course often...
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