Free space optical communication device monitoring system and monitoring method based on wireless network

Abstract

The invention discloses a free space optical communication device monitoring system and method based on a wireless network. The system comprises a free space optical communication device, a server and a monitoring platform. The free space optical communication device comprises an optical antenna, an optical transceiving module, a microprocessor, a tracking module and a wireless communication module. The method comprises the steps that the free space optical communication device sends data of the free space optical communication device to the server through a mobile communication network; the server stores and processes received data and then sends the data to the monitoring platform; the monitoring platform monitors the free space optical communication device according to the received data and sends a control instruction to the server; and the server sends the instruction to the free space optical communication device for adjustment. According to the system and the method, the filed data of the free space optical communication device can be directly obtained from the Internet, and the free space optical communication device is remotely monitored and managed without limitations of field wiring and the space position of the space wireless optical communication device.

Description

technical field [0001] The invention relates to a wireless network monitoring system and method, in particular to a wireless network-based free space optical communication equipment monitoring system and method. Background technique [0002] Optical signals can not only propagate in optical fibers, but also in air, and it is more convenient and faster. In the industry, the official name of wireless optical communication is FSO (Free Space Optical Communication). Compared with optical fiber communication, this communication method has a great cost advantage. [0003] Free space optical communication has broad application prospects in both military and civilian fields. The alignment of optical paths in free space optical communication is an important part of the system. How to align the optical paths of free-space optical communication devices is a problem that must be solved. [0004] The traditional optical path alignment is adjusted manually or controlled by an external ...

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Problems solved by technology

[0006] In view of the above problems, the present invention proposes a wireless network-based monitoring system and method for free-space optical communication equipment, which realizes remote state control and adjustment of free-space optical communication equipment, and achieves the purpose of centralized control of multiple devices, solving the problem of prior art Existing problems such as low automation and strong manual dependence

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