Research on the Method of Digital Media Content Creation Based on the Internet of Things

Abstract

This paper provides an in-depth study and analysis of the approach to digital media content creation using IoT technology. This study first investigates both WSN and NB-IoT technologies separately and then combines them to investigate the networking structure based on NB-IoT and WSN as well as the related technologies based on fusion. Then, the coverage method of the node redeployment of the traditional network of wireless sensors is elaborated. For the traditional method, a series of problems such as poor node connectivity and low coverage caused by not conducting a local search of subgroup nodes are proposed, and the node redeployment method of wireless sensor network based on the frog hopping algorithm is proposed, introducing the frog hopping algorithm, combining local search of subgroup and global information exchange, and proposing that for wireless sensor network nodes. We propose initializing the nodes of the wireless sensor network, combining the global information exchange with the subgroup, determining the range of the detectable area of the wireless sensor, and solving the calculus method for the irregular area to get the optimal network nodes so that the nodes of the wireless sensor network can be redeployed. In terms of system, this design abandons the CIS structure, which is more used in the current IoT and uses B/S structure and Java-web technology to design a web-based system. SSH (Struts + Spring + Hibernate) framework, AJAX asynchronous request technology, and JXLL/JFreechart technology are fully applied to improve the practicality and comfort of the system, reduce development and maintenance costs, and facilitate popularization. After the system design was completed, the modules were tested with the existing experimental conditions. The experimental results show that the system is designed to be reliable and can operate normally with high stability and practical significance.

Transformation Path of Modern Media from the Perspective of Internet of Things

“…The performance of the proposed method is evaluated in comparison to other methods. A comparison of WSN and NB-networking IoT's topology and fusion technologies are made in [9]. The conventional wireless sensor network's coverage mechanism is then 2 Wireless Communications and Mobile Computing described.…”

“…We can determine the minimal throughput that RMMDE can achieve with a restricted amount of queuing time by using Equation (9). In addition, if the quantity of queued media data packets surpasses a gate valve, the RMMDE's throughput may be enhanced by including parameter l in the practical system.…”

Building an IoT-Based Oyster Mushroom Cultivation and Control System and Its Practical Learning Effects on Students

“…Thus this previous study is very different from this research which built a system for automatic control of the Baglog oyster mushroom environment and practicing oyster cultivation, which was not present in the previous study. In contrast, a digital media content creation system concerning advances in IoT technology, the Web, and fuzzy control [24]. This previous research has different methods, objectives, and objects studied compared to the research in this article.…”

“…As a result, IoT has received significant attention worldwide as an advanced information technology revolutionary [23]. Moreover, the advancement of IoT technology provides a lot of research space for improvements in usage practices in developing digital learning media devices [24]. As a result, teaching media devices have become a significant concern for colleges today [25].…”

Application of Network Digital Media Interaction for Exhibition Using the Internet Technology

“…Without sound absorption treatment in the exhibition space, its average sound absorption coefficient is difficult to meet the space requirements, forming an ideal reverberation time [19]. erefore, when designing the acoustic environment of the exhibition space, it is necessary to combine the sound absorption status of different frequency bands, the space volume, and the sound absorption characteristics of the material structure, reasonably lay the sound absorption structure and materials, make the sound absorption of different frequency bands in the space sufficient, reasonably control the reverberation in a certain interval, reduce the impact of strong reflection on the stereo sense of space, and improve the sound field restoration quality.…”