Multiple terminal network addressing and data transmission management method and system

Abstract

The invention provides a management method and system for multiple terminal network addresses and data transmission. Wherein the method comprises the following steps: obtaining the unique network node logo of the network node, the unique network node logo includes the real network node logo and the random network node logo, obtaining the node logo network constructed according to the real network node logo and the random network node logo; obtaining the node logo The connection object of the network, the connection object establishes a network connection in the node mark network, and the data transmission between the connection objects is carried out through the protocol stack. It is equivalent to setting up a middleware between computers in the network environment. For the development of application layer software, the development of network management software becomes very simple and efficient, and can adapt to complex network environments.

Description

technical field [0001] The invention relates to the field of network technology, in particular to a management method and system for network addressing and data transmission of multiple terminals. Background technique [0002] The traditional network communication environment is relatively complicated. Each computer node may have multiple network cards, multiple addresses, and multiple protocols, and it may be connected to multiple networks for data transmission at the same time. For management, it is necessary to develop corresponding communication modules for different addresses and protocols, and to establish management for the many-to-one correspondence between different network card addresses and computers in the same computer. Issues addressed in the software. Changes in network topology and mobile network devices may be connected in different subnets, which will cause more troubles for computer location identification and communication. [0003] Traditional computer...

AI Technical Summary

Problems solved by technology

[0002] The traditional network communication environment is relatively complicated. Each computer node may have multiple network cards, multiple addresses, and multiple protocols, and it may be connected to multiple networks for data transmission at the same time. For management, it is necessary to develop corresponding communication modules for different addresses and protocols, and to establish management for the many-to-one correspondence between different network card addresses and computers in the same computer. Issues Handled in Software

Changes in network topology and mobile network devices may be connected in different subnets, causing more troubles for computer location identification and communication

[0003] Traditional computer identification is realized based on the network address. In a large network environment, for network management software, if the network topology changes, or in a NAT (Network Address Translation, network address translation) network, IP The difference between (Internet Protocol, network protocol) address and NAT address and the access of mobile computers to different subnets will lead to changes in network addresses, which will cause the center to misidentify computers and bring troubles to subsequent monitoring and statistics.

The traditional communication mode can ensure the timeliness of data transmission, but it has relatively high requirements on the network performance of the server. For applications with less real-time interaction and low real-time requirements, the network performance is relatively wasteful.

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