Data analyzing and network monitoring integration method for OBS instrument

Abstract

The invention provides a data analyzing and network monitoring integration method for an OBS instrument. The method includes the steps that an on-site system and a remote background system are established, and the on-site system and the remote background system are made to transmit data through a wireless communication network; the on-site system comprises an on-site data processing module, a storage module, a wireless communication module, a power management module and a clock module; the remote background system sends a network instruction to the on-site data processing module. According to the method, storage and transmission can be achieved through the on-site data processing module, a large memory can be extended, a file storage mode is changed to be a database storage mode, an OBS instrument data protocol is simplified and standardized, the instruction can be received and transmitted in a remote mode to control the operating state and the data acquisition frequency of the OBS instrument, a transmitting network is preferentially selected, the communication success rate and continuous data storage can be guaranteed to the maximum degree, when the network recovers, messages can be uploaded automatically, the system can further be switched to a stand-by power supply in time, and thus it is guaranteed that instrument data acquisition and network communication work are normal.

Description

technical field

[0001] The invention relates to OBS instrument data analysis and network monitoring, in particular to an OBS instrument data analysis and network monitoring integration method. Background technique

[0002] In the prior art, some problems in the actual field use of OBS instruments:

[0003] First of all, there is the problem of slow recording frequency and short time. For example, recording once every 2 minutes can be used for 1 to 2 months. If the measurement frequency needs to be accelerated, the time for saving records will be doubled, which cannot meet the requirements of long-term operation. The second is the problem that the crash cannot be automatically restarted. Once the OBS instrument crashes, human intervention is required to re-set the measurement parameters before it can be put into use again. However, for long-term field work, personnel travel tens of kilometers at a time. A day or two is a very inconvenient place. Thirdly, the measurement dat...

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