作者：
He, HaipingYang, YiShnu
The College Of Information Mechanical And Electrical Engineering Shanghai China
Aiming at the problems such as inaccurate evaluation of teachers in the traditional job stress evaluation system, this paper uses deep neural network algorithm to design an intelligent job stress evaluation system bas...
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This paper presents a model for predicting visual comfort of natural lighting office, considering both the horizontal paper work and vertical work with computer screens, based on field experiments and questionnaires. ...
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This paper presents a model for predicting visual comfort of natural lighting office, considering both the horizontal paper work and vertical work with computer screens, based on field experiments and questionnaires. By using the prediction model, an intelligent prediction platform system for visual comfort is built. This paper focuses on the application of visual comfort prediction model in architectural engineering, summarizes and proposes the office space design flow based on natural light visual comfort, and analyzes the feasibility and usability of the design method combined with specific engineeringdesign practice.
Artificial intelligence (AI) algorithms have vast application prospects in the field of analog circuit design. This paper introduces an AI algorithm-based assisted system for analog circuit design. The system adopts a...
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This paper studies the application of machine learning methods for the identification of ACARS (Aircraft Communications Addressing and Reporting system) signals in the field of intelligent communication. We first intr...
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ISBN:
(纸本)9798350391961;9798350391954
This paper studies the application of machine learning methods for the identification of ACARS (Aircraft Communications Addressing and Reporting system) signals in the field of intelligent communication. We first introduce the characteristics, structure and transmission characteristics of ACARS signals, and then outline the basic knowledge of machine learning, including supervised learning, unsupervised learning and semi-supervised learning. Then, the application of machine learning method in ACARS signal recognition is discussed in detail, including data preprocessing, feature extraction and the application of different algorithms. Through experiments and results analysis, the effectiveness of the machine learning method in ACARS signal recognition is verified, and the challenges and future directions are discussed.
Drones and deep learning technology are widely used in the field of power, especially in the construction of intelligent power grids. Drones and deep learning have shown high application efficiency and accuracy in lin...
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Robot-assisted fruit harvesting has been a critical research direction supporting sustainable crop production. One important determinant of system behavior and efficiency is the end-effector that comes in direct conta...
ISBN:
(纸本)9798350355376;9798350355369
Robot-assisted fruit harvesting has been a critical research direction supporting sustainable crop production. One important determinant of system behavior and efficiency is the end-effector that comes in direct contact with the crop during harvesting and directly affects harvesting success. Harvesting avocados poses unique challenges not addressed by existing end-effectors (namely, they have uneven surfaces and irregular shapes grow on thick peduncles, and have a sturdy calyx attached). The work reported in this paper contributes a new end-effector design suitable for avocado picking. A rigid systemdesign with a two-stage rotational motion is developed, to first grasp the avocado and then detach it from its peduncle. A force analysis is conducted to determine key design parameters. Preliminary experiments demonstrate the efficiency of the developed end-effector to pick and apply a moment to an avocado from a specific viewpoint (as compared to pulling it directly), and in-lab experiments show that the end-effector can grasp and retrieve avocados with a 100% success rate.
In order to understand the design of electrical automation mechanical control system, a research on the design of electrical automation mechanical control system based on mechatronics is put forward. Firstly, this pap...
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The development of modern aircraft is an extremely complex systemengineering. From the global cooperation of commercial aircraft to the performance requirements of advanced military aircraft, the development process,...
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ISBN:
(纸本)9798400710025
The development of modern aircraft is an extremely complex systemengineering. From the global cooperation of commercial aircraft to the performance requirements of advanced military aircraft, the development process, methods and tools are required to be closely and efficiently integrated. In order to promote the comprehensive application of systemengineering in China's aircraft field, a series of systemengineering standards and manuals are studied. Those standards and manuals in the field of military and civil aircraft are all published or applied by INCOSE, the Federal Aviation Administration of the United States and so forth. Taking commercial aircraft systemengineering as an example, the process, method and application cases of aircraft systemengineering at home and abroad are mainly studied. The results show that the industrial departments represented by COMAC has much systemengineering practice at the system level and subsystem level of aircraft. At the same time, domestic aircraft research and development departments are suggested to make more efforts on systemengineering standards, specifications, education and infrastructure.
In view of the problem that the temperature in northern China is too low in winter, and the outdoor express cabinet can't be opened due to freezing, while the temperature in summer is too high, and online shopping...
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Time can be a measure of the success of a job or project. The existence of a schedule is useful to guide humans in making the best use of time and achieving predetermined goals. We design an application to assist user...
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