Inheritance Of Cultural Heritage Research Articles

Research on Innovative Dissemination Models of Nantong’s Intangible Cultural Heritage under the Background of Big Data

Intangible cultural heritage is a product of human society’s spiritual civilization and a precious wealth left by history, carrying the wisdom of mankind and the civilization and splendour of human history. Nowadays, in the era of the development of cultural diversity, with the rise of a new generation of technologies such as Big Data and Artificial Intelligence, the audience of cultural heritage breaks the limitations of time and space, while the means and paths for the protection and inheritance of cultural heritage are becoming richer and richer. By summarizing the connotations and characteristics of intangible heritage, sorting out the changes and developments in its transmission methods, analyzing the opportunities for the dissemination of intangible heritage in the digital age, examining the challenges faced by Nantong’s intangible cultural heritage in its dissemination, and combining current hot topics, this study proposes new paths for the dissemination of intangible heritage in the digital era in Nantong. The aim is to achieve efficient and widespread transmission from multiple angles, providing new ideas for cultural construction and cultural identification.

Digital Restoration of Historical Buildings by Integrating 3D PC Reconstruction and GAN Algorithm

Historical architecture is an important carrier of cultural and historical heritage in a country and region, and its protection and restoration work plays a crucial role in the inheritance of cultural heritage. However, the damage and destruction of buildings urgently need to be repaired due to the ancient age of historical buildings and the influence of natural environment and human factors. Therefore, an artificial intelligence repair technology based on three-dimensional (3D) point cloud reconstruction and generative adversarial networks was proposed to improve the precision and efficiency of repair work. Firstly, in-depth research on the principles and algorithms of 3D point cloud data processing and generative adversarial networks should be conducted. Secondly, a digital restoration framework was constructed by combining these two artificial intelligence technologies to achieve precise and efficient restoration of historical buildings through continuous adversarial learning processes. The experimental results showed that the errors in the restoration of palace buildings, defense walls, pagodas, altars, temples, and mausoleums were 0.17, 0.12, 0.13, 0.11, and 0.09, respectively. The technique can significantly reduce the error while maintaining the high precision repair effect. This technology with artificial intelligence as the core has excellent accuracy and stability in the digital restoration. It provides a new technical means for the digital restoration of historical buildings and has important practical significance for the protection of cultural heritage.

Research on the Digital Protection and Inheritance Path of Liao Dynasty Ancient Pagodas

Under the background of the digital intelligence era, this paper discusses the significant importance of the digital protection and inheritance of cultural heritage of ancient pagodas from the Liao Dynasty, expounds the guiding ideology of digital protection and inheritance, and proposes the method of comprehensive utilization of digital technologies such as data collection, database construction, digital modeling, digital maps, and digital museums. These methods aim to promote the digital protection and inheritance of Liao Dynasty ancient pagodas and provide innovative approaches for the dissemination of their history, art, and culture.

Applying optimized YOLOv8 for heritage conservation: enhanced object detection in Jiangnan traditional private gardens

This study aims to promote the protection and inheritance of cultural heritage in private gardens in the Jiangnan area of China. By establishing a precise visual labeling system and accelerating the construction of a database for private garden features, we deepen the understanding of garden design philosophy. To this end, we propose an improved Jiangnan private garden recognition model based on You Only Look Once (YOLO) v8. This model is particularly suitable for processing garden environments with characteristics such as single or complex structures, rich depth of field, and cluttered targets, effectively enhancing the accuracy and efficiency of object recognition. This design integrates the Diverse Branch Block (DBB), Bidirectional Feature Pyramid Network (BiFPN), and Dynamic Head modules (DyHead) to optimize model accuracy, feature fusion, and object detection representational capability, respectively. The enhancements elevated the model's accuracy by 8.7%, achieving a mean average precision (mAP@0.5) value of 57.1%. A specialized dataset, comprising 4890 images and encapsulating various angles and lighting conditions of Jiangnan private gardens, was constructed to realize this. Following manual annotation and the application of diverse data augmentation strategies, the dataset bolsters the generalization and robustness of the model. Experimental outcomes reveal that, compared to its predecessor, the improved model has witnessed increments of 15.16%, 3.25%, and 11.88% in precision, mAP0.5, and mAP0.5:0.95 metrics, respectively, demonstrating exemplary performance in the accuracy and real-time recognition of garden target elements. This research not only furnishes robust technical support for the digitization and intelligent research of Jiangnan private gardens but also provides a potent methodological reference for object detection and classification research in analogous domains.

Current Situation and Countermeasures of Intangible Cultural Heritage Talent Cultivation in Colleges and Universities

The protection and inheritance of intangible cultural heritage is not only the responsibility of the government and the cultural sector, but also based on the "living culture" level to unite the strength of the whole society to protect intangible cultural heritage in all aspects, and carry out effective inheritance and development. Vocational education is an important base for the inheritance and development of non-heritage, which can train excellent talents for non-heritage inheritance in a standardised, scientific and sustainable way. As the top layer of vocational education, higher vocational colleges and universities should give full play to their unique advantages in the process of cultural inheritance of non-heritage and cultivation of inheritance talents, and continuously expand the field of integration with the local non-heritage industry, so as to fundamentally solve the problem of shortage of talents for the inheritance of non-heritages and difficulty in cultivation. The article introduces the current situation of the cultivation of intangible cultural heritage inheritance talents in higher vocational colleges and universities, analyses the existing problems, and puts forward the countermeasures for the cultivation of intangible cultural heritage inheritance talents.

The Design and Development of Intangible Cultural Heritage Products Based on Internet Education Technology

This paper explores innovative development and pathway innovation in the inheritance of intangible cultural heritage (ICH) through the utilization of modern internet education technologies. Taking Tujia brocade weaving as a case study, we establish a resource repository and develop virtual reality (VR) scenes to propose a conceptual framework where virtual reality technology serves the “vision” of intangible cultural heritage inheritance. This framework aims to construct a digital innovation “model” for the preservation of intangible cultural heritage. The paper deliberates on the feasibility, effectiveness, and innovativeness of combining virtual interactive technology with intangible cultural heritage protection.

Research on Digital Image Record in Intangible Cultural Heritage Inheritance Innovation under the Background of Big Data

Abstract The purpose of this paper is to investigate the digital lens presentation effect and image dissemination effect of intangible cultural heritage. In order to test the lens boundary detection technology of ICH digital images, we focus on analyzing the number of image frames, the number of mutations and the number of gradual changes of ICH characters, space-time and events, and exploring the checking completeness, the checking accuracy and the comprehensive detection rate of this paper’s algorithm and the dual-threshold comparative method on different types of ICH image fragments. Combined with the descriptive analysis of valid samples, we explore the main types of transmission of NRM digital images and clarify the degree of media utilization and the ranking of transmission power of NRM digital images in the Yangtze River Delta region. Shanghai has the strongest online dissemination power of traditional theater, traditional fine arts and traditional arts and crafts, with 1284586, 310468, and 237818, respectively, while traditional music, Chinese opera and folklore have the weakest dissemination power in Shanghai. Traditional music makes up 18.73% of them. To ensure non-heritage culture’s inheritance, it is necessary to strengthen the use of digital imaging technology to achieve linkage communication between non-heritage cultures and build an overall communication system.

The Innovative Path of Inheriting Cultural Heritage in Civic and Political Education in Colleges and Universities

With the acceleration of globalization and the deepening of cultural exchanges, the cultural heritage of various countries and peoples is playing an increasingly important role on the world stage. In this context, higher education, as an important dissemination channel of knowledge and culture, shoulders the important responsibility of passing on and carrying forward the cultural heritage. Especially in Civic and Political Education, it must shoulder the important task of passing on the cultural heritage. The article explores the current situation of the ideological and political education in colleges and universities in the inheritance of cultural heritage and the challenges it faces, such as insufficient breadth and depth of content, insufficient awareness of the importance of the inheritance of cultural heritage by teachers, insufficient development of practical activities and the singularity of the means of inheritance, etc., and gives effective innovative paths in a bid to provide theoretical guidance for the majority of educators.

Research on heritage and innovation of minority landscape cultural heritage based on VR technology

Abstract The distance between sample sets is calculated in this paper using VR technology by combining the K-means clustering algorithm to select data objects. Continuous optimization of the objective function leads to optimal clustering, expressed as the clustering effect. The output is performed at the cluster center of each data point, and the density function of the target nodes is sorted based on the given parameters to calculate the neighborhood map of the data points and create the matrix. Based on the perception degree test before and after the innovation of landscape cultural heritage inheritance by VR technology, the overall perception degree of residents and tourists rose to 8 after the innovation. VR technology can help expand the protection and inheritance of minority landscapes and promote the sustainable development of traditional culture.

Research on Intelligent Experience and Living Inheritance of Cultural Heritage Against the Background of Artificial Intelligence

Cultural heritage plays an important and irreplaceable role in the development of human society. It is a new trend that artificial intelligence technology is involved in the field of cultural heritage, which helps the dynamic development of cultural heritage. By analyzing the advantages of artificial intelligence technology in the protection and inheritance of cultural heritage, this paper discusses the new development direction of cultural heritage. By analyzing the cases of technological intervention in cultural heritage, this paper summarizes the different forms of expression brought by technological intervention for heritage development, shows the new achievements brought by technology for heritage development, and points out the possible new direction of future development.

Research on Digital Exploration of Cultural Genes of Batik Patterns in Guizhou Province and Malaysia

Batik is a traditional printing and dyeing technique that uses dyeing techniques to create patterns by applying wax to fabric as a dye-resistant medium. As the crystallization of human wisdom, batik has a unique style and connotation in China, Malaysia, and other places. As one of the world cultural heritage, batik technology not only has a long history and brilliant achievements, but also shows a unique artistic charm. This study aims to compare and explore the batik patterns of Guizhou and Malaysia through a mixture of quantitative and qualitative methods and digitalize and analyze their cultural genes. By revealing the commonalities and differences between the batik patterns in Guizhou and Malaysia, we can better understand the cultural significance behind these patterns and provide useful references for the protection and inheritance of cultural heritage. Keywords: Batik Pattern; Cultural Heritage; Quantitative And Qualitative Methods；Digitalize And Analyze；Cultural Genes; Protection.

Cultural relic reconstruction device based on ORB-SLAM

ORB-SLAM, an advanced visual SLAM technology, has excellent positioning and mapping capabilities [1]. In the reconstruction of cultural relics, ORB-SLAM technology can achieve autonomous perception and modeling of the surrounding environment of cultural relics by fusing and analyzing the images of monocular depth cameras, thereby reconstructing the 3D model of cultural relics, providing new possibilities for the protection and inheritance of cultural relics. Point cloud images are a digital technology used for 3D modeling, which can save point data on object surfaces and their relationships as 3D point clouds [2]. In terms of cultural relic reconstruction, point cloud images can restore and reconstruct the shape, size, texture, and other features of cultural relics by processing the collected point data on the surface of cultural relics into a 3D model. The purpose of this device is to reconstruct cultural relics by generating point cloud images based on ORB-SLAM technology. Combined with the designed handheld pan tilt device, it can achieve multi-angle point cloud mapping of cultural relics scenes in complex terrain. This paper will introduce the handheld gimbal design of the device, the realization of point cloud mapping based on the ORB-SLAM3 algorithm [3], and the application of point cloud scenes. Through the research in this article, it is expected to provide a new and efficient method for cultural relic reconstruction in the field of cultural relic protection and make contributions to the protection and inheritance of cultural heritage.

Cultural Heritage Protection from Disaster Impacts: A Review of Global Disaster Risk Reduction Frameworks

Cultural heritage inheritance was a valuable asset passed down through many centuries. Nevertheless, the assets were in significant danger of suffering damage in the case of a disaster, which might have been caused by either naturally occurring or man-made risks. The fragility of the cultural heritage has not yet received sufficient protection from the massive disaster risk management that is being done all over the world, despite the frequency of natural disasters growing because of climate change. This paper aims to investigate whether or not the current methods of disaster risk reduction (DRR) are sufficient to protect cultural assets. The existing gap in the improvement of the inclusion of cultural heritage protection into the current disaster risk management was identified through a comparative study of already extant worldwide DRR frameworks. The protection of cultural assets receives less priority throughout the many components of the disaster risk management plan, according to an analysis of multiple DRR frameworks, including the most recent Sendai Framework 2015-2030.

A Brief Analysis of the Path of Intangible Cultural Heritage Inheritance and Innovative Development under Digital Technology

Based on the impact of the digital media era on intangible cultural heritage, this paper analyzes the importance of intangible cultural heritage resources and the current status of digital protection of intangible cultural heritage at home and abroad, and based on the trend of multi-field penetration of digital technology, from the perspective of "Internet thinking" and "user thinking", It expounds the big data technology, block chain technology and artificial intelligence technology and discusses the path and way of Intangible cultural heritage Inheritance and innovation development, so as to provide a reference for intangible cultural heritage resources to better adapt to The Times and disseminate new charm.

An Analysis of Mosuo Writing System in a Sociolinguistics Context

Mosuo language is an official dialect used by the Mosuo ethnic minority group in Southwest China. It has long been regarded as purely oral without orthography. However, newly found hieroglyphics at an isolated Mosuo village demonstrate significant prospects if develop and promote in all Mosuo society. This paper uses the method of in-depth qualitative interviews of peoples insight towards this orthography and its critical role in social life and in terms of cultural heritage inheritance. This paper reveals that firstly, the 32 symbols Mosuo people use is the origin of the Dongba hieroglyphs; Secondly, Youmi hieroglyphs are a unique orthography that are exclusively used by Mosuo people live in Youmi village; Lastly, Youmi hieroglyphs has significant cultural importance especially in Mosuo religion. This paper also proposes a detailed plan in which the Mosuo hieroglyphs can be popularized and in its greatest effect.

Digital design method of cultural heritage using Ancient Egyptian theological totem

This study presents a design method for cultural heritage digitization using ancient Egyptian theological totems. The use of digital technology and multimedia in cultural heritage research has become an important means of cultural heritage inheritance, innovation, and dissemination with the deepening of the digital age. Ancient Egyptian theological totems were selected because their digitization is rarely discussed, although ancient Egypt has left very rich cultural heritage resources in various fields such as architecture, painting, music, and theology. The detailed digitization process was explained in three main dimensions: visual development, animation processing, and interactive design. Methods and design experiences were then summarized for each part. The study emphasizes that digital technology, as the most advanced technical means, plays a pivotal role in the inheritance, innovation, and dissemination of cultural heritage.

A Study on the Strategy of National Quality Education in Primary and Secondary Schools Integrating Intangible Cultural Heritage Inheritance Education

A Study on the Strategy of National Quality Education in Primary and Secondary Schools Integrating Intangible Cultural Heritage Inheritance Education

Exploring the Path of Integrating the Regional Intangible Cultural Heritage Inheritance Skills and Creating the Characteristic Major in Higher Vocational Colleges

By analyzing the characteristics of intangible cultural heritage inheritance skills and the feasibility of integration with higher vocational education, and in view of the current situation of professional settings in higher vocational education, it creatively proposed to integrate regional intangible cultural heritage inheritance skills into professional construction, take the path of characteristic professional school running, and avoid the homogenization development of higher vocational education. On this basis, this paper puts forward several paths to create characteristic specialties, hoping to provide reference for the high-quality development of higher vocational education.

Virtual Reality Technology of New Media Visual Simulation.

In order to improve the exhibition effect of museums and expand the display ways of digital museums, a Chinese museum scene roaming application system based on the Unity 3D virtual reality engine was proposed. 3Dmax model production software was used to complete the museum scenes and the model production, material, and lighting of collections in the museum. Through the Unity 3D virtual reality engine, the design and production of the interactive system were completed. The display and application of the scene roaming system of the Chinese museum were well realized. For the system, the fast construction of virtual scenes and fixed-point triggering (FPT) optimization were carried out. The experimental results showed that the improved method was 90.5% faster than the manual coding method in the optimization of fast virtual scene construction. After using the fixed-point triggering method, the average accuracy of the original 35 scenes was 63.9%. It was concluded that the application design could simulate the museum scene well, which had a certain reference value for the application of virtual reality simulation technology in the field of cultural heritage inheritance.

Analysis of the Application and Limitation of Building Information Modeling (BIM) Technology in Yunnan Cultural Heritage Inheritance and Preservation--Take the Stilted Building as an Example

Nowadays, the digitization of cultural heritage is drawing more and more attention. A large number of studies are trying to combine cultural heritage protection with modern technologies such as video, virtual reality technology and 3D models, so that cultural heritage can be protected and inherited. Based on the background of the digital inheritance of cultural heritage, this study takes stilted buildings of ethnic group Zhuang, a traditional dwelling of ethnic minorities in Wenshan, Yunnan, as an example. Via literature review method, field inspection method, questionnaire survey method, interview recording method and Revit software, a modeling analysis of stilted buildings is carried out, in order to figure out the contribution and limitation of BIM technology in cultural heritage protection. The study found that the visualization, simulation, information sharing and the establishment of “group” play a significant role in the protection and development of Heritage Building Information Modeling. However, the application of BIM technology is still in the preliminary research stage and has not been popularized in the field of cultural heritage protection and inheritance.