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学者姓名：贺华
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Abstract ：
The heat circulation of interior space plays a crucial role in the design of the built environment, affecting energy efficiency and residential comfort. With the development of science and technology, visual target tracking algorithm provides a new possibility for optimizing thermal energy cycle. The purpose of this paper is to study the simulation method of indoor space thermal energy cycle based on visual target tracking algorithm to improve the efficiency of thermal energy management in building environment design and ensure indoor comfort. The research uses laboratory Settings, combined with high-performance cameras and advanced visual target tracking algorithms, to monitor indoor heat source distribution and personnel movement in real time. Through data acquisition and analysis, the indoor heat cycle model was constructed and simulated by computational fluid dynamics (CFD) software to evaluate the influence of different design parameters on the heat cycle. Through the optimization of the design scheme, the efficiency of indoor heat use is significantly improved, and the comfort score of residents is significantly improved. Therefore, the simulation of indoor space thermal energy cycle based on visual target tracking algorithm provides an effective tool for building environment design, which can realize efficient energy management and improve living comfort. © 2024 Elsevier Ltd
Keyword ：
Space heating Space heating Thermal efficiency Thermal efficiency
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| GB/T 7714 | He, Hua . Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm [J]. | Thermal Science and Engineering Progress , 2024 , 55 . |
| MLA | He, Hua . "Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm" . | Thermal Science and Engineering Progress 55 (2024) . |
| APA | He, Hua . Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm . | Thermal Science and Engineering Progress , 2024 , 55 . |
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Abstract ：
The heat circulation of interior space plays a crucial role in the design of the built environment, affecting energy efficiency and residential comfort. With the development of science and technology, visual target tracking algorithm provides a new possibility for optimizing thermal energy cycle. The purpose of this paper is to study the simulation method of indoor space thermal energy cycle based on visual target tracking algorithm to improve the efficiency of thermal energy management in building environment design and ensure indoor comfort. The research uses laboratory Settings, combined with high-performance cameras and advanced visual target tracking algorithms, to monitor indoor heat source distribution and personnel movement in real time. Through data acquisition and analysis, the indoor heat cycle model was constructed and simulated by computational fluid dynamics (CFD) software to evaluate the influence of different design parameters on the heat cycle. Through the optimization of the design scheme, the efficiency of indoor heat use is significantly improved, and the comfort score of residents is significantly improved. Therefore, the simulation of indoor space thermal energy cycle based on visual target tracking algorithm provides an effective tool for building environment design, which can realize efficient energy management and improve living comfort.
Keyword ：
Building environment design Building environment design Detail feature simulation Detail feature simulation Heat energy cycle Heat energy cycle Interior space Interior space Visual target tracking algorithm Visual target tracking algorithm
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| GB/T 7714 | He, Hua . Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm [J]. | THERMAL SCIENCE AND ENGINEERING PROGRESS , 2024 , 55 . |
| MLA | He, Hua . "Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm" . | THERMAL SCIENCE AND ENGINEERING PROGRESS 55 (2024) . |
| APA | He, Hua . Simulation of indoor space thermal energy circulation in architectural environment design detail features based on visual object tracking algorithm . | THERMAL SCIENCE AND ENGINEERING PROGRESS , 2024 , 55 . |
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In order to meet the diversified visual aesthetic needs of the public, this paper constructs a digital visual model based on art history theory. Firstly, the SIFT algorithm is used to extract the art scene feature points, and the convolution operation is carried out by Gaussian function to form a three-dimensional scale space. Then the system reconstruction technology is applied to realize the reconstruction of digital images, and the completeness of the reconstructed images is ensured by setting visual symbols. Finally, texture segmentation is performed by combining pixel difference features, and according to the dynamic distribution of the corner points of the art scene, the local binary fitting method is used for the information enhancement and restoration processing of the art image. The results show that the drawing time of the model in this paper is always kept within 4s, and the completeness of the images all reach more than 99%, and the highest clarity can reach 0.99. It is verified that under the guidance of the art history theory, the attributes of the digitized visual culture have been innovated, and the art space has been expanded.
Keyword ：
Art history theory Art history theory digital vision digital vision Gaussian function Gaussian function SIFT algorithm SIFT algorithm system reconstruction technology system reconstruction technology
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| GB/T 7714 | He, Hua . ART HISTORY THEORY IN DIGITAL VISUAL CULTURE [J]. | 3C EMPRESA , 2024 , 13 (1) : 102-118 . |
| MLA | He, Hua . "ART HISTORY THEORY IN DIGITAL VISUAL CULTURE" . | 3C EMPRESA 13 . 1 (2024) : 102-118 . |
| APA | He, Hua . ART HISTORY THEORY IN DIGITAL VISUAL CULTURE . | 3C EMPRESA , 2024 , 13 (1) , 102-118 . |
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Abstract ：
送王船作为联结闽台地区最重要的民俗文化之一,其文化意蕴与文化内涵在我国东南地区海洋文化中独具特色.为深入探究多模态理论对闽台送王船非遗文化体验设计的指导意义与应用价值,总结归纳其对体验设计的具体指导,从而为送王船非遗文化体验设计提供创新策略,助力非遗文化的传承与发展,该文结合具体设计案例,围绕场景体验和产品创新的用户体验维度,将多模态设计案例的体验模式、内容和实现方法与途径等进行归纳和分析,结合多模态理论在沉浸式体验和互动式体验上的优势特征,提炼出王船文化的两个体验设计策略.研究发现,多模态理论的介入与赋能,能达成高场景体验性和高产品创新性的非遗文化体验模式,同时促进文化输出者与文化体验者的共振型价值共创,深化用户文化体验的沉浸度和互动度,进一步为非遗文化体验设计提供了参考.
Keyword ：
体验设计 体验设计 多模态理论 多模态理论 文化体验 文化体验 闽台送王船 闽台送王船 非物质文化遗产 非物质文化遗产
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| GB/T 7714 | 贺华 , 蒋鹏飞 . 多模态视域下非遗文化体验设计策略研究 [J]. | 南宁师范大学学报（哲学社会科学版） , 2024 , 45 (6) : 23-39 . |
| MLA | 贺华 等. "多模态视域下非遗文化体验设计策略研究" . | 南宁师范大学学报（哲学社会科学版） 45 . 6 (2024) : 23-39 . |
| APA | 贺华 , 蒋鹏飞 . 多模态视域下非遗文化体验设计策略研究 . | 南宁师范大学学报（哲学社会科学版） , 2024 , 45 (6) , 23-39 . |
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Abstract ：
文章探究如何将祈年殿建筑文化融于文创茶具设计中，促成古建筑文化内涵和价值观融入现代生活，进而形成传统建筑文化活态化传承的新范式。通过文化解构模型剖析祈年殿建筑文化与盖碗造物思想的文化特征，提炼两者内隐无形层的优势交集，进而将祈年殿文化特征与盖碗和快客杯茶具产品结合进行文创产品设计实践。为设计赋能中国传统建筑文化的传承和保护做出了新实践，也为今后基于中国古建筑的文创设计提供了参考思路。
Keyword ：
中国传统建筑文化 中国传统建筑文化 文创设计 文创设计 文化解构 文化解构 盖碗茶具 盖碗茶具 祈年殿建筑理念 祈年殿建筑理念
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| GB/T 7714 | 蒋鹏飞 , 贺华 . 基于祈年殿建筑文化的文创茶具设计研究 [J]. | 艺术与设计(理论) , 2023 , 2 (08) : 113-116 . |
| MLA | 蒋鹏飞 等. "基于祈年殿建筑文化的文创茶具设计研究" . | 艺术与设计(理论) 2 . 08 (2023) : 113-116 . |
| APA | 蒋鹏飞 , 贺华 . 基于祈年殿建筑文化的文创茶具设计研究 . | 艺术与设计(理论) , 2023 , 2 (08) , 113-116 . |
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Abstract ：
华盛顿葵又名加州蒲葵、丝葵、华棕,是棕榈科丝葵属大型常绿乔木.华盛顿葵是美丽的风景树,干枯的叶子下垂覆盖于茎干似裙子,有人称之为"穿裙子树",奇特有趣;叶裂片间具有白色纤维丝,似老翁的白发,又名"老人葵".宜栽植于庭园观赏,也可作行道树.华盛顿葵植株四季常绿,叶片飘逸宽大、形态高大优美,颇具观赏性.它属耐寒耐旱不耐涝的大型乔木品种,对环境依赖性较低.养护时应做好防涝、防寒和防虫害等日常工作,以保障植株或萧索古朴或俊逸明丽的观赏特性,充分发挥其空间限定、指示和柔化作用,并提高对户外空间的情感和审美体验.
Keyword ：
养护 养护 华盛顿葵 华盛顿葵 形式美 形式美 景观空间 景观空间
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| GB/T 7714 | 贺华 . 华盛顿葵的养护技巧及在园林景观中的运用 [J]. | 河北农机 , 2023 , (4) : 127-129 . |
| MLA | 贺华 . "华盛顿葵的养护技巧及在园林景观中的运用" . | 河北农机 4 (2023) : 127-129 . |
| APA | 贺华 . 华盛顿葵的养护技巧及在园林景观中的运用 . | 河北农机 , 2023 , (4) , 127-129 . |
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Abstract ：
本文聚焦日本传统车木技术和木工艺技术及其传人。
Keyword ：
日本传统车木技术 日本传统车木技术 日本木工技术 日本木工技术 非物质文化遗产 非物质文化遗产
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| GB/T 7714 | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈（二） [J]. | 艺术生活-福州大学学报(艺术版) , 2019 , (03) : 76-80 . |
| MLA | 徐艺乙 等. "非物质文化遗产的活态传承——徐艺乙教授系列访谈（二）" . | 艺术生活-福州大学学报(艺术版) 03 (2019) : 76-80 . |
| APA | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈（二） . | 艺术生活-福州大学学报(艺术版) , 2019 , (03) , 76-80 . |
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本文聚焦日本传统正蓝染和青花瓷技术及其传人。
Keyword ：
日本正蓝染 日本正蓝染 日本青花 日本青花
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| GB/T 7714 | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈（一） [J]. | 艺术生活-福州大学学报(艺术版) , 2019 , (02) : 75-80 . |
| MLA | 徐艺乙 等. "非物质文化遗产的活态传承——徐艺乙教授系列访谈（一）" . | 艺术生活-福州大学学报(艺术版) 02 (2019) : 75-80 . |
| APA | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈（一） . | 艺术生活-福州大学学报(艺术版) , 2019 , (02) , 75-80 . |
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Abstract ：
本文聚焦日本传统车木技术和木工艺技术及其传人。
Keyword ：
日本传统车木技术 日本传统车木技术 日本木工技术 日本木工技术 非物质文化遗产 非物质文化遗产
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| GB/T 7714 | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈(二) [J]. | 艺术生活 , 2019 , (3) : 76-80 . |
| MLA | 徐艺乙 等. "非物质文化遗产的活态传承——徐艺乙教授系列访谈(二)" . | 艺术生活 3 (2019) : 76-80 . |
| APA | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈(二) . | 艺术生活 , 2019 , (3) , 76-80 . |
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Abstract ：
本文聚焦日本传统正蓝染和青花瓷技术及其传人。
Keyword ：
日本正蓝染 日本正蓝染 日本青花 日本青花
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| GB/T 7714 | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈(一) [J]. | 艺术生活 , 2019 , 0 (2) : 75-80 . |
| MLA | 徐艺乙 等. "非物质文化遗产的活态传承——徐艺乙教授系列访谈(一)" . | 艺术生活 0 . 2 (2019) : 75-80 . |
| APA | 徐艺乙 , 贺华 . 非物质文化遗产的活态传承——徐艺乙教授系列访谈(一) . | 艺术生活 , 2019 , 0 (2) , 75-80 . |
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