Voice monitoring method and device

Abstract

The invention discloses a voice monitoring method and a voice monitoring device. The technical scheme adopted by the voice monitoring method comprises the following steps of: receiving and storing monitoring voice from monitoring equipment; and returning the monitoring voice to the monitoring equipment so as to make the monitoring equipment perform voice monitoring. The invention also discloses the voice monitoring device. The device comprises a receiving module and a response module, wherein the receiving module is used for receiving and storing the monitoring voice from the monitoring equipment; and the response module is used for returning the monitoring voice to the monitoring equipment after the receiving module receives the monitoring voice so as to make the monitoring equipment perform voice monitoring. Due to the adoption of the technical scheme, the method and the device have the advantages of greatly reducing development cost and complexity and achieving an excellent voice monitoring effect.

Description

technical field [0001] The present invention relates to the technical field of communication, and more specifically, to a voice monitoring method and device. Background technique [0002] The traditional repeater monitoring solution is mainly realized by the monitoring terminal reading the network parameter information of the wireless M2M (Machine tomachine, end-to-end) module and reporting it to the network monitoring server, because this method is for the communication link The monitoring solution made by the state cannot accurately reflect the voice status of the network in real time. In the application field of wireless M2M module repeater monitoring, in order to obtain the network voice status in real time, the operator hopes to use the remote voice loopback function to monitor the status of the network voice channel, that is, after the monitoring terminal receives the voice from the calling end, The received voice can be fed back to the calling end as it is, and the v...

AI Technical Summary

Problems solved by technology

[0007] For modules without a PCM voice interface, when using the output interface of the EAR to implement the remote loopback function, since the voice sent from the remote end is converted by an external ADC and then converted by a DAC, noise is usually introduced into the sound, while Cause sound distortion and inaccurate monitoring effect;

[0008] For the M2M modules with or without PCM interface in the prior art, it is necessary to add device circuits on the periphery of the wireless M2M module to assist voice monitoring in the solution to realize voice monitoring, so the peripheral integration cost is increased and the design is complicated And the application environment of the wireless M2M module in the repeater industry is relatively harsh. Compared with the wireless M2M module itself, the added peripheral circuit is more easily affected by the environment (such as: smoke, dust, moisture, etc.). If damaged, it will cause the voice monitoring function to fail

Images