Intangible Cultural Heritage Digital Protection System Based on Parallel Processing of Hardware and Software

Abstract

AbstractDue to the increasing importance of digital protection of China’s intangible cultural heritage and the rapid development of information sharing, the use of the Internet as a platform for communication and dissemination has become an invisible guarantee. One of the important functions of digital protection of intangible cultural heritage is the creation of digital representation of intangible cultural heritage, and its evolution directly affects the field of digital protection of intangible cultural heritage in China. Therefore, the core issue now is to use parallel processing hardware and software to set digital standards for specific artistic values with cultural heritage. Through a large number of literature readings and experiments, this paper uses the particle swarm optimization algorithm in the software and hardware partition algorithm to process the data analysis of the digital protection system according to the characteristics of intangible cultural heritage, and designs a digital protection system with hardware and software parallel processing. And carried out the type analysis of the critical path scheduling in the digital protection system and the data analysis of the attributes (software power consumption/W, hardware power consumption/W) of each node in the target structure of the digital protection system. Experimental research shows that the data of software power consumption and hardware power consumption of 1–10 nodes in the target structure of the digital protection system with hardware and software parallel processing are accurate, and the system is suitable for digital protection of intangible cultural heritage.KeywordsHardware and software parallelDigitizationIntangible cultural heritageProtection systemDesign research