Technological advancement is leaving its imprint on all domains and making works more accessible. They have also taken steps in the arts and crafts. Old arts and crafts can be given new life with digital technology. A combination of artificial intelligence and three-dimensional digital technology converts art images into three-dimensional image art by identifying the frequency of the image and storing the details in a database. This process is performed by transferring the image data through wireless sensor networks. The conversion of normal images into three-dimensional digital technology is achieved with the aid of sensors available in digital technology. This data will aid in the easy identification of the images. The Surface Wavefront Reconstruction on Fast Fourier Transform (SWRFFT) Method is implemented, evaluating the performance of a combination of AI and three-dimensional technology. This proposed method is compared with the existing system, and it is observed that the proposed SWRFFT method provides a 2.47% increased accuracy rate in the correlation of the image with the frequency generation.

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In this twenty-first century, research is taking new dimension with the unpredictable development in information technology. With the aid of this technology, handicraft designs can be classified and made by utilizing artificial intelligence techniques. The Chinese handicraft designs will have unique style in the presentation. Using the artificial intelligence techniques, the arc styles of the handicraft design can be identified and classified. In complex environment like epidemic or pandemic situations, every user has to focus on the minor variations in financial aspects. Implementation of artificial intelligent technology will aid the user to get updated with the market strategy for financial allocation to resources. In the market, each arc style may have different demands and the charges will improve the profit for the company and also the country. In this study, the intelligent computer-aided art and craft design (ICAACD) method is implemented on the financial dataset of China and analysis is performed. This proposed system is compared with the existing algorithms such as GNNA, RNNA, and CNNA, and it is observed that the proposed ICAACD method outperforms with the accuracy of 82%.

Abstract-With social reform, cultural concept is reflected on implements through cultural production. Implements boast features of the times and convey people's daily life style. Social change, needs of the time, production system and technological conditions influence forming and evolvement of implements' features. This paper is based on research on underglaze five colored porcelain. Through the macroscopical-microcosmicmacroscopical approach, namely research approach of "societyimplements-society", it shows Liling kiln's ceramic ecological landscape in a three-dimensional way. It tries to explore the development law of Liling kiln's underglaze porcelain under social transformation, cultural shock and technological progress. It researches the way for Liling kiln's underglaze porcelain to transform from traditional handicraft industry to modern design and discusses the paradigm of Liling kiln's underglaze porcelain in shaping cultural image and cultural production.