Research on the Construction of Online Culture Trading Platform Based on Netizens’ Wishes

According to the statistical data of the 44th China statistical report on Internet development, as of June 2019, the number of Internet users in China has reached 854 million, and the penetration rate has reached 61.2%. The number of mobile Internet users reached 8.47 million, accounting for 99.1% of the total Internet users [1]. The number of Internet users in China continued to grow steadily. With the rapid development of high-tech and Internet, the continuous expansion of Internet users, the continuous optimization of the network environment, the gradual formation of the network society, the network life tends to be a regular state, and the network culture is also formed in this environment, which has become an important part of China’s cultural system. This paper takes netizens as the core, studies the construction of network cultural data trading platform based on netizens’ behavior. Through the establishment of netizens influence model and online cultural data trading platform, this paper studies the consumption intention of online cultural products and the characteristics of online cultural data trading platform from the perspective of netizens. Based on the data of strong research results, this paper puts forward suggestions and strategies for the construction of network cultural data trading platform and the innovation of network cultural products in China.

Internet Development, Level of Industrial Synergy, and Urban Innovation

Innovation increases total factor productivity and leads to economic development. Based on panel data of 284 prefecture-level cities from 2001 to 2018, the current study uses a dynamic panel data model to empirically test the global and heterogeneous effects of internet development and industrial synergy on the level of urban innovation. Results found that the internet development significantly promoted the urban innovation level, and industrial collaboration was found to have a positive impact on the urban innovation level. Moreover, it was determined that the regulatory effect of the internet promoted industrial collaboration to improve the level of urban innovation. Variations in the impact of internet development and the industrial collaboration level on the urban innovation level were found in cities. Particularly, the impact of internet development and the industrial collaboration level on the urban innovation level in high-level cities was less significant. A positive role of the government is required to improve the level of urban innovation. Particularly, it is required to connect enterprises with universities to exchange scientific and technological knowledge, thereby improving urban innovation.

Internet Development and Environmental Quality—Evidence from the Development of Chinese Cities

Based on the data of the 283 prefecture-level cities in China from 2003 to 2018, this paper examines the impact of Internet development on environmental quality. The results show that China’s urban PM2.5 has a significant spatial spillover effect. In general, the Internet has a significant negative direct effect on urban environmental pollution, which means that the development of the Internet can improve urban environmental quality. This result remains robust under different methods. As the Internet has evolved over the years, its influence on environmental quality has increased and became more and more significant. In terms of regions, the spatial spillover effect of PM2.5 shows a pattern of eastern region < central region < western region < northeast region, where the eastern region is the only region with a statistically significant negative value for the coefficient, which indicates the direct effects of Internet development on the environmental quality. In addition, the statistic testing on mediating effect shows that the Internet’s effect on urban environment quality is mainly transmitted through the upgrading of industrial structure. With the industrial structure being used as the threshold variable, the influence of Internet development on environmental quality could be divided into two stages.

Technics of Time: Values in Future Internet Development

To understand how time can be considered both a technical and sociocultural design value, this chapter investigates named data networking (NDN), a new networking protocol conceptualized to replace addressed-based internet protocol and promises to increase both the speed and the efficiency of the internet. Bernard Stiegler’s technics and time framework guides the analysis of time-based values articulated by the NDN project principals to demonstrate how collective temporality is built into technical systems as engineers reconcile social and cultural concepts of temporality with computational and architectural time and resource constraints in network design. This chapter shows that although efficiency is a timebased technical value driving NDN development, the sociocultural values of information temporality is much less understood by project principals.