Embedded system remote upgrade method for repeater equipment

Abstract

The invention discloses a remote upgrading method for a repeater embedded system, which comprises the following four steps: step one, a remote connection is formed between a monitor board and a monitor center; step two, a monitor software upgrading packet is sent to the monitor board from the monitor center; step three, a backup of the current monitor software edition is made by the monitor board; step four, the monitor software upgrading packet is used by the monitor board to proceed the upgrading. The invention has the advantages that: batch upgrading is completed uniformly; remote centralized upgrading for a plurality of stations is realized; the upgrading efficiency is improved; the upgrading cost is reduced; the method of upload resume is adopted; the whole monitor software upgrading process can be controlled; the success rate of upgrading is improved; the management of the monitor software edition at the station can be easily realized; edition tracing and tracking are provided; the previous edition can be ensured to run normally when software upgrading fails.

Description

【Technical field】 [0001] The invention relates to the field of software upgrading of repeater equipment, in particular to a remote upgrading method for an embedded system of a repeater. 【Background technique】 [0002] In the field of wireless communication, large-scale radio frequency signal coverage is usually completed by the base station, but in practical applications, there are also areas where the base station signal cannot be covered or the signal effect is not good. This area is called a "blind area". The repeater is the network optimization equipment to eliminate the "blind area" of this wireless signal. The repeater collects the radio frequency signal from the base station, and then transmits the radio frequency signal to the "blind area" after necessary amplification to achieve the purpose of eliminating the "blind area". . [0003] With the complexity of the wireless environment, the expansion of coverage and the diversity of coverage requirements, in order to ma...

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Problems solved by technology

[0005] 1. The efficiency of software upgrade is low, the upgrade cost is high, and batch upgrade cannot be realized. On the one hand, the installation locations of repeater equipment are distributed in a wide range, and they are all over various areas with poor signal quality. The monitoring software of repeater stations within a certain range When upgrading, there are usually two solutions: ① configure a small number of personnel, and upgrade the sites one by one; ② configure a large number of personnel, and upgrade all sites at the same time

The difference between these two methods is that the cost is generally high. On the other hand, the installation location of the repeater equipment is generally difficult to reach, such as on the transmission tower on the top of the mountain or in the weak electric well in the basement, which will cause certain difficulties for the upgrade work.

Finally, because it is a decentralized upgrade, batch upgrades cannot be realized;

[0006] 2. Due to the limitation of on-site resource conditions for upgrade operations, on-site resources for repeater installation are usually relatively scarce, such as power supplies, signal lines, etc. If these resour

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