P2P network bridging computing networks

The tight combination of P2P networks and com- putational networks can bring higher performance, scalability and resource utilization to blockchain technology. This section will explain the process of combining computational consensus-based and P2P computation from a professional perspective, as well as the implementation of instructions and computational verification.

Computational consensus mechanism is the core of bridging P2P networks with computational net- works. By introducing computational consensus, computing resources can be integrated and coordi- nated globally to achieve more efficient resource utilization. Compared with the traditional Proof of Work (PoW) and Proof of State (PoS) mechanisms, the computational consensus mechanism can better meet the needs of practical application scenarios while reducing resource waste.

P2P computation can provide more powerful computational capabilities for blockchain networks [3]. Blockchain networks based on P2P compu- tation can distribute computational tasks among nodes, thus improving computational efficiency and network performance. In addition, P2P com- putation enables dynamic allocation of computing resources to suit the needs of different application scenarios.

In terms of instruction and computation valida- tion, blockchain networks based on a combination of computational consensus and P2P computation can employ techniques such as verifiable instruc- tion execution and isolated execution environments. Verifiable instruction execution techniques can ver- ify the correctness of computation results without revealing the content of the computation. Isolated execution environments (e.g., execution virtual ma- chines) can ensure the security and reliability of the computation process. With these techniques, blockchain networks can achieve effective verifi- cation of instructions and computations, further improving the performance and resource utiliza- tion of computing networks [13, 16]. These tech- niques will be developed in detail in the following sections.

The blockchain network based on the combi-

nation of computational consensus and P2P com- putation can achieve an effective bridge between P2P networks and computational networks. By introducing computational consensus mechanism,P2P computational technology, and instruction and computational verification technology, this network can provide higher performance, scalability, and resource utilization for practical application scenar- ios, thus creating new opportunities for the devel- opment of blockchain technology.