In order to cope with the increasing challenge of population aging worldwide, intelligent elderly care robots have become a solution that has attracted much attention. This paper constructed an intelligent elderly car...
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To improve the intelligence of urban public transportation management and tackle the pain points of public transportation for urban residents, a multi-functional intelligent bus stop system is proposed and implemented...
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With the advancement of technology, the use of IoT technology for information management of safety production in chemical industrial parks is of great significance. This article designs an emergency rescue system for ...
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ISBN:
(纸本)9798350375084;9798350375077
With the advancement of technology, the use of IoT technology for information management of safety production in chemical industrial parks is of great significance. This article designs an emergency rescue system for chemical industrial parks based on the Internet of Things, which mainly consists of a main control module, infrared detection module, image acquisition module, voice prompt module, network transmission module, etc. This system adopts Zigbee wireless networking technology, which has the characteristics of easy operation, low power consumption, low cost, easy expansion, and easy maintenance. Practice has shown that in the social environment of energy conservation and emission reduction, the system has high application value.
The combat tasks faced by UAVs are becoming more and more *** single UAVs are limited by the constraints of platform load capacity,lightweight load,and insufficient lowpower equipment,so it is difficult to complete co...
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The combat tasks faced by UAVs are becoming more and more *** single UAVs are limited by the constraints of platform load capacity,lightweight load,and insufficient lowpower equipment,so it is difficult to complete complex tasks *** at typical UAV collaborative confrontation application scenarios,this paper constructs a multi-agentoriented cluster collaborative intelligentsystem architecture and establishes a swarm-oriented intelligent UAV cluster collaborative control ***,this paper forms a simulation environment for UAV cluster collaborative confrontation and completes the design and implementation of the UAV cluster collaborative confrontation system based on swarm *** addition,this paper analyses the key technologies of the UAV cluster collaborative system with the support of the Internet of Things technology and verifies the performance of the system after constructing the corresponding *** experimental results show that the system constructed in this paper is effective.
With the rapid development of space technology, especially the construction of the rapid rise of various constellations, the demand for intelligentapplications is increasingly urgent. The rapid development of artific...
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Smartphones have drastically transformed communication and information access, becoming integral to various aspects of daily life. The surge in mobile application adoption for diverse needs has further solidified thei...
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This study develops an IoT-based labor productivity monitoring and measurement system (iLPMMS) in the context of intralogistics in aviation maintenance, repair, and overhaul (MRO). The system utilizes Internet of Thin...
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ISBN:
(纸本)9798350358513;9798350358520
This study develops an IoT-based labor productivity monitoring and measurement system (iLPMMS) in the context of intralogistics in aviation maintenance, repair, and overhaul (MRO). The system utilizes Internet of Things (IoT) technology to enable real-time monitoring of employee work performance through the integration of smart devices. Additionally, this study designs an evaluation system that measures labor productivity from multiple perspectives in an IoT-based environment. Finally, a case study validates the practical application value of the IoT-based labor productivity monitoring and measurement system in the context of internal logistics in aviation maintenance, highlighting its significance in improving operational efficiency and employee performance.
With the rapid development of intelligent construction robots and the continuous progress of emerging technologies, construction engineering construction has put forward the requirements of digitalization, intelligenc...
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ISBN:
(纸本)9798400718267
With the rapid development of intelligent construction robots and the continuous progress of emerging technologies, construction engineering construction has put forward the requirements of digitalization, intelligence, and information transformation. At the same time, the digital design technology of Building Information Modeling (BIM) and construction robots are widely used in engineering projects to promote the development of digitalization and informatization of construction engineering. However, there is a lack of an organic combination of BIM digital model and construction robot in the actual engineering process, and the related digital planning and standard research is still in the primary stage. Therefore, this paper briefly introduces the development overview and research status of BIM technology and construction robots and summarizes the combination characteristics of BIM digital design technology and construction robots. On this basis, the direction of digital design of construction robots is proposed, and the prospect of combining construction robots and BIM technology is discussed to provide theoretical support for the research of construction robot application technology based on digital design model data.
In the multidisciplinary building design process, early design decisions have a significant influence on the sustainability of the building design. The early integration of the structural engineering expertise in the ...
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In the multidisciplinary building design process, early design decisions have a significant influence on the sustainability of the building design. The early integration of the structural engineering expertise in the process allows an efficient support of the involved highly complex decision-making. Regarding the structural design, this mainly concerns the structural concept, possible structural specifications and the preliminary dimensioning of structural members. Through the early provision of design knowledge that arises from structural engineering experience, a design support is enabled by offering structural variants, design options and qualified estimates. Regarding computer-aided design, the use of artificial intelligence methods is considered to be highly beneficial. For this purpose, an information concept is proposed that comprises determined levels of structural design in early design phases. Thus, an inclusion of suitable material-specific structural engineering knowledge is enabled. The representation of such design-level-dependent knowledge is accomplished with the aid of crisp and fuzzy knowledge bases. Additionally, fuzzy possibility theory allows the formalization of experience values for qualified structural design assessments. An imitation of the human decision-making behavior is achieved by the use of an easily understandable knowledge formulation in the form of rules following the Modus Ponens and Fuzzy Logic inference mechanisms. Usable methods for knowledge acquisition are presented briefly. To process the resulting knowledge network as well as for the provision and the usage of the involved structural engineering expertise, a knowledge-based system is developed. This performs an evaluation of bearing structures and the proposal of design options through the application of the design-level-related fuzzy knowledge bases and associated inference systems. The resulting system enables a valuable support of design decisions to achieve an efficiency
In modern society, live broadcasting has become a popular real-time interactive medium, covering a wide range of fields such as news conferences, sports events, concerts and education. In the traditional multi-camera ...
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ISBN:
(纸本)9798350391961;9798350391954
In modern society, live broadcasting has become a popular real-time interactive medium, covering a wide range of fields such as news conferences, sports events, concerts and education. In the traditional multi-camera live broadcast, the director needs to switch between different shots in real time according to the site conditions. This process is highly dependent on the director's individual judgment and reaction speed, which is under great pressure when facing complex and changing application scenarios. Therefore, this paper proposes a semantic based intelligent shot switching system. It combines real-time face recognition technology with keyword matching to achieve more accurate and smarter shot switching. First of all, we collected face photos of different genders and age levels as datasets, and preprocessed them. Then, we use the YOLOv8 model for face recognition. After training our customized datasets, we loaded the model to extract the character features from different camera screens. By comparing the similarity between face features and keywords, we calculated a matching score for each picture, and then selected the picture with the highest score as the main screen. In addition, this paper also designed a visual interface for the intelligent switching system based on PyQt5, which will provide users with a convenient use experience.
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