An optimization method for special network resources of 230MHz

Abstract

The invention relates to an optimization method used for a 230MHz private network resource, which is realized by the following steps: (1) a master station software system is modified and updated, a plurality of virtual front end processors are arranged on a physical front end processor, and terminals belong to a virtual station; (2) the division type of the system network is changed according to the distance of the master station and the intensity of the signal; (3) frequency point resources are balanced and part of terminals are divided to the frequency points with few terminal quantity; (4)a wireless relay is reconstructed as a remote master station; (5) a remote master station with small power is additionally arranged and the regional network and the frequency points are staggered forapplication; (6) the communication speed is improved. By modifying and updating the master station software system, the invention improves the communication condition of part of terminals, balances the frequency point resources, reduces the middle links of the communication, and improves the communication quality so as to ensure once communication success rate; furthermore, by adding the remote master station with small power, the invention improves the reuse rate of the frequency points, improves the communication speed inside the remote relay station and reduces the patrol-measurement time of the system.

Description

technical field [0001] The present invention relates to a resource optimization method, in particular to a 230MHz wireless private network resource optimization method that realizes wireless private network resource optimization by upgrading system software, changing site deployment, increasing communication rate, and increasing frequency point reuse rate. method Background technique [0002] 230MHz wireless private network is a communication transmission method. At present, the State Council has allocated 25 frequency points for 230MHz channels for remote load control in the electric power industry. The current networking method of the electric power company is that one base station covers the scope of an administrative county for nationwide planning and networking. Due to the number of channels and the interference of adjacent channels, a city and county can only be allocated 2 frequency points for use. According to the power information collection plan of the electric ...

AI Technical Summary

Problems solved by technology

As a result, it takes a long time to complete the data copying work. The existing technical conditions limit the further development of the power information collection system in economically developed areas. It is urgent to adopt a new networking method to solve the bottleneck of development.

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