A Task Allocation Method based on Blockchain Node Hash Power

Recently, the shape rise of digital encryption currency, making the block chain technology has gradually become a hot topic in academia and industry. However, most scholars' research focuses on the blockchain foundation and application, and rarely involves the task allocation method in the blockchain. For this, this paper proposes a task allocation method based on block chain-bus power. When as-signing a task, the method considers the computing power of each node in the blockchain and the processing time of each task to be assigned to each node, and calculates the processing benefit of the task at the node. Then, the task is allocated to the node with the most efficient treatment for maximum benefit. The innovation of this paper is that not only considers the task processing time, but also considers the computing power of each node in the blockchain, and achieves resources that can save the task processing time and make full use of the node computing power. Finally, through the study of the example, the ideal task allocation scheme is obtained, which verifies the effectiveness of the method.