Blockchain-Based Distributed Resource Sharing Model Design

Computer resource sharing provides an effective solution to the problems of imbalance between the distribution of computer resources and computing power demand in the network and the waste of computer resources. In the power system, using computers for resource sharing can dispatch power resources and effectively solve various problems caused by power consumption peaks, thus achieving the purpose of saving resources and improving users' experience. However, the traditional computerized resource sharing system generally adopts the task allocation method, which makes it difficult for users to directly access the shared resources and participate in the whole scheduling process when they use electricity. In addition, the assignment and scheduling of tasks are managed by the central node, and once the central node is damaged, the normal operation of the resource sharing system will be unsustainable. To address the above problems, this paper proposes a distributed resource sharing model by introducing a block chain private chain to build the underlying architecture of the resource sharing model and provide shared resources directly to users in a P2P manner. This paper analyzes the key implementation mechanism of the resource sharing model and builds a distributed computing network to truly realize computer resource sharing. After verifying and analyzing the CPU and memory usage during the work of the resource sharing model, and combining the electricity consumption data of users in various regions and time nodes, it is verified that the model can effectively improve the efficiency of computer resources usage, enhance the overall computing capacity, and finally achieve the effective utilization of electricity resources.