Blockchain technology is among the fastest-growing technologies in the world today. It has been adopted in diverse areas but mostly in financial systems, such as Bitcoin cryptocurrency. Therefore, it is a niche that has attracted interest from researchers from various fields, including computer science. Other areas where Blockchain is being embraced are the Smart Grid and Internet of Things (IoT) technologies, among others. While it is all good and improving many areas of applications, Blockchain still has some shortcomings. For example, it is not designed for high scalability when accommodating normal transactions. On the other hand, a parallel technology that has diverse applications in distributed networks better known as edge computing has emerged. Its main advantage is that it increases the speed of pf processes within those networks. However, like Blockchain, edge computing has its shortcomings. Its security systems and management systems have been found to be wanting. Hence the idea to integrate the two technologies and take advantage of their strengths. A blend of the two would lead to advanced network servers, huge data storage, and heightened security in transactions. However, this integration will best happen when some measures are taken. For example, there is a need to address scalability, resource management satisfactorily, and the security of the systems. To solve the integration problem, a decentralized Blockchain-based model of Edge computing is proposed in this paper.
翻译：封锁链技术是当今世界中增长最快的技术之一。 它在不同的领域被采用,但主要在金融系统中被采用,例如Bitcoin加密货币等。 因此,它是一个吸引包括计算机科学在内的各个领域研究人员的兴趣的合适位置。 封锁链的其他领域包括“智能网”和“物联网”技术(IoT)等。 虽然它都很好,而且在许多应用领域都有改进,但“封锁链”仍然有一些缺点。 例如,它的设计在适应正常交易时不是针对高度可缩放的。另一方面,在分布式网络中出现了一种不同的应用技术,更称为边缘计算。它的主要优势在于它提高了这些网络中的pf进程的速度。然而,像“封链”一样,边际计算也有其缺点。它的保安系统和管理系统被发现很落后。因此,将这两种技术结合起来并利用其优势的想法是好的。 将两者结合起来会导致先进的网络服务器、巨大的数据存储和交易中的安全性增强。 但是,在采取某些措施时,这种融合将会发生最好的情况。例如,它的主要优势在于它能提高这些网络内部程序的速度速度的速度速度的速度。 然而,这种递化的稳定性是解决了以稳定的系统的递化。
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