In the limited resource scenario of the public computer room, the FTP service resource sharing platform cannot bear the computing requirements required for the rapid growth of access, data capacity, network traffic, etc. based on an independent server. Based on the Least Link Scheduling (LVS) strategy, designed and implemented the minimum link load balancing scheduling algorithm. In the normal experimental environment of the public computer room, we increase the backup scheduling server and intensively schedule the server redundant resources of the shared platform to evaluate the performance of the load balancing scheduling algorithm in terms of transmission speed, the maximum number of users, and the read speed of the server disk. The experimental results show that the performance of the resource sharing platform based on the minimum link load balancing scheduling algorithm is significantly improved, achieving 2.21 times, 3.00 times and 5.60 times increments, which is of practical significance for promoting the efficient use of computer sharing platform resources under the condition of limited resources.
The Internet network system extends the connection objects to the entire economic entity system, the entire industry chain, and the entire value chain. It can realize the ubiquitous and deep interconnection of the entire chain of human, financial, and material from R&D and design to production, management, and service. Promoting the chain-network integration of blockchain and enterprise networks is expected to solve the dilemma of efficiency and risk. We adopt a comprehensive literature research method to focus on the theoretical evolution and application development of enterprise networks and blockchains, explain the main logic of the integration of blockchain and enterprise network theory and chain networks from a theoretical perspective, give the definition of enterprise networks, and innovate to establish chain- network integration model and correlation measurement model. It provides basic theoretical support and practical reference in order to open up the information, trust and credit barriers between the network and the network based on the blockchain technology for the industrial Internet, complex enterprise networks or hyper-networks, and to improve the overall operating efficiency.
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