Enhanced wireless communication handover management system

A computing device comprising:

• a processor;
• a memory, storing instructions which when performed by the processor, cause the processor to perform operations comprising:
• during a communication session:
• identifying a first speech feature captured by a first microphone currently used in the communication session by analyzing speech signals captured by the first microphone, the first speech feature being linguistic or acoustic features of speech of a first user, the first microphone coupled to the computing device used by the first user to participate in the communication session, the linguistic features related to information contained in the speech and the acoustic features related to properties of a sound wave produced by the speech;
• detecting an indication of a handover condition indicating a handover from using the first microphone in the communication session to using a second microphone in the communication session, the second microphone belonging to a second peripheral device wirelessly connected to the computing device;
• and
• in response to the detected indication of the handover condition:
• identifying a second speech feature output from the second microphone by analyzing speech signals captured by the second microphone, the second speech feature output including linguistic or acoustic features;
• comparing the first speech feature with the second speech feature to produce a comparison result regarding whether the second speech feature corresponds to the first user;
• and
• determining, that the first user is not using the second microphone based upon the comparison result indicating that the second speech feature does not correspond to the first user, and in response, causing the handover to be blocked or reversed by continuing to utilize the first microphone for the communication session, and not using the second microphone in the communication session.

A non-transitory machine-readable medium, storing instructions, which when executed by a machine, cause the machine to perform operations comprising:

• during a communication session:
• identifying a first speech feature captured by a first microphone currently used in the communication session by analyzing speech signals captured by the first microphone, the first speech feature being linguistic or acoustic features of speech of a first user, the first microphone coupled to a computing device used by the first user to participate in the communication session, the linguistic features related to information contained in the speech and the acoustic features related to properties of a sound wave produced by the speech;
• detecting an indication of a handover condition indicating a handover from using the first microphone in the communication session to using a second microphone in the communication session, the second microphone belonging to a second peripheral device wirelessly connected to the computing device;
• and
• in response to the detected indication of the handover condition:
• identifying a second speech feature output from the second microphone by analyzing speech signals captured by the second microphone, the second speech feature output including linguistic or acoustic features;
• comparing the first speech feature with the second speech feature to produce a comparison result regarding whether the second speech feature corresponds to the first user;
• and
• determining, that the first user is not using the second microphone based upon the comparison result indicating that the second speech feature does not correspond to the first user, and in response, causing the handover to be blocked or reversed by continuing to utilize the first microphone for the communication session, and not using the second microphone in the communication session.