Intelligent voice recognizing method, apparatus, and intelligent computing device

An intelligent voice recognition apparatus comprising:

• a microphone for detecting external signals;
• a speaker for outputting sound to the outside;
• and
• a processor configured to obtain a microphone detection signal through the microphone, to recognize a voice of a user from the microphone detection signal, and to output a response related to the voice through the speaker based on a result of recognition of the voice,
• wherein the microphone detection signal includes noise, and the processor recognizes a microphone detection signal including only the voice obtained by removing the noise from the microphone detection signal, and
• wherein the processor obtains the microphone detection signal from a wireless earphone for detecting external signals by:
• receiving a uplink (UL) grant from a network;
• requesting the microphone detection signal from the wireless earphone using frequency hopping set based on a number of repetitions of transmission included in the UL grant;
• and
• obtaining the microphone detection signal in response to the requesting the microphone detection signal.

A non-transitory computer-readable recording medium storing a computer-executable component configured to be executed in one or more processors of a computing device, the computer-executable component being configured to:

• obtain a microphone detection signal;
• recognize a voice of a user from the microphone detection signal;
• and
• output a response related to the voice based on a result of recognition of the voice,
• wherein the microphone detection signal includes noise, and a microphone detection signal including only the voice obtained by removing the noise from the microphone detection signal is recognized, and
• wherein the microphone detection signal is obtained from a wireless earphone for detecting external signals by:
• receiving an uplink (UL) grant from a network;
• requesting the microphone detection signal from the wireless earphone using frequency hopping set based on a number of repetitions of transmission included in the UL grant;
• and
• obtaining the microphone detection signal in response to the requesting the microphone detection signal.