Analysis and Design for the Decentralized Network Sharing of Static Resources
Qiaoling Huang, Mingchao Dong · Proceedings of the 2020 4th International Conference on Electronic Information Technology and Computer Engineering · 2020
Decentralized network research has received substantial attention internationally, resulting in significant innovations in distributed databases, storage, and computing in the areas of cloud, fog, and edge computing. When it comes to decentralized networks, they are widely recognized "a network from the future" that possesses serious limitations in terms of trust and security. In a traditional distributed network, resources (i.e., computing power)are typically concentrated on a single server, or through a core server to "direct". Thus, a core server represents the upper limit of the capacity of the entire service, and it is susceptible to concurrency bottlenecks or excessive loads. Therefore, in a decentralized network, the absence of a core not only means that the load capacity of the entire network has increased significantly, but also that the entire network is more "open", the disaster tolerance is stronger, and the response time performance is faster. In this paper, a simple implementation of file sharing is presented, the feasibility of file sharing in a decentralized network is discussed, and its advantages and disadvantages are studied.