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Optimization and Performance Analysis of Intelligent Video AI Dynamic
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作者 Yu Xing 《Journal of Electronic Research and Application》 2024年第3期142-147,共6页
In today’s information age,video data,as an important carrier of information,is growing explosively in terms of production volume.The quick and accurate extraction of useful information from massive video data has be... In today’s information age,video data,as an important carrier of information,is growing explosively in terms of production volume.The quick and accurate extraction of useful information from massive video data has become a focus of research in the field of computer vision.AI dynamic recognition technology has become one of the key technologies to address this issue due to its powerful data processing capabilities and intelligent recognition functions.Based on this,this paper first elaborates on the development of intelligent video AI dynamic recognition technology,then proposes several optimization strategies for intelligent video AI dynamic recognition technology,and finally analyzes the performance of intelligent video AI dynamic recognition technology for reference. 展开更多
关键词 Intelligent video ai dynamic recognition Technology optimization Performance analysis
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Research on ancient town style construction strategies based on coupled quantitative analysis of AI visual recognition and scenic beauty evaluation
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作者 Wu Jin Bifeng Zhu Hiroatsu Fukuda 《Frontiers of Architectural Research》 2025年第3期654-671,共18页
How to create the scenery is the key issue in ancient towns.In this study,50 photos were collected and distributed through the Internet.First,456 online questionnaires with 25,080 data were got.Respondents'favorit... How to create the scenery is the key issue in ancient towns.In this study,50 photos were collected and distributed through the Internet.First,456 online questionnaires with 25,080 data were got.Respondents'favoritism was affected by gender,age,region,profession,and education.Second,SAM computer model was applied to image recognition of Wuzhen style photos,analyzing their visual elements.Third,SPSS software was used to analyze the correlation between subjective beauty degree score and objective landscape elements.Based on the coupled quantitative analysis of AI visual recognition and beauty degree score,it is found that the landscape elements that tourists cared most about are:water bodies,ancient buildings and boats.The proportions of the best landscape elements for the spatial sense of the ancient town are the sky ranged from 26.4%to 38.2%,water body ranged from 19.7%to 34.3%,and buildings ranged from 10.4%to 38.2%.This study reveals the pattern of different types of tourists'evaluation of the landscape to summarize the landscape construction strategy of ancient towns in Jiangnan accordingly.The results are not only beneflt to the cultural tourism of Wuzhen,but can also be applied to many ancient towns in Jiangnan. 展开更多
关键词 create scenery computer model analyze correlation ai visual recognition quantitative analysis online questionnaires scenic beauty evaluation ancient towns
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Upgrading for Impact Anhui Province climbs higher on global industrial value chains with AI technology
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作者 Li Xiaoyang 《Beijing Review》 2025年第29期30-32,共3页
Chinese technology company iFLYTEK Co.Ltd.launched an intelligent speech recognition system designed for humanoid robots this June.While traditional robotic performance suffers in noisy environments,this AI solution a... Chinese technology company iFLYTEK Co.Ltd.launched an intelligent speech recognition system designed for humanoid robots this June.While traditional robotic performance suffers in noisy environments,this AI solution achieves 92-percent environmental sensing accuracy-overcoming a key industry challenge.It enhances humanoid computers’ability to manage complex logistics and warehouse tasks. 展开更多
关键词 humanoid computers ability humanoid robots manage complex logistics warehouse tasks intelligent speech recognition system upgrading impact anhui province global industrial value chains ai technology chinese technology company iflytek intelligent speech recognition system humanoid robots noisy environments environmental sensing accuracy industry challenge enhances complex logistics warehouse tasks
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