Audio receiver device calibration for audio communications between a broadcaster device and a receiver device

One or more non-transitory computer-readable media that store instructions that when executed by one or more processors cause the one or more processors to perform operations, the operations comprising:

• receiving, from each of one or more broadcaster computing devices of a device model, audio token data and two or more signal scores, wherein each of the two or more signal scores is associated with a respective audio receiver configuration of at least a first and a second audio receiver configurations available to the device model;
• determining, for each audio receiver configuration among at least the first and second audio receiver configurations available to the device model, a respective average signal score comprising an average of one or more of the one or more received signal scores associated with the respective audio receiver configuration;
• selecting, from among at least the first and second audio receiver configurations for which average signal scores are determined, an audio receiver configuration having the highest average signal score as a standard audio receiver configuration for the device model;
• and
• communicating, to one or more computing devices of the device model, instructions to set the determined standard audio receiver configuration for the device model as a default audio receiver configuration for the respective computing device.

A system to calibrate audio receiver modes in computing devices, comprising:

• a storage device;
• a speaker component;
• a microphone component;
• and
• a processor communicatively coupled to the storage device, the speaker component, and the microphone component, wherein the processor executes instructions that are stored in the storage device to cause the system to:
• broadcast an audio token data via a speaker component;
• randomly select a first audio receiver configuration from two or more available audio receiver configurations;
• receive, at a first time, the audio token data via the microphone component;
• in response to receiving the audio token data at the first time;
• preprocess the received audio token data applying the selected first audio receiver configuration;
• decode the audio token data preprocessed according to the selected first audio receiver configuration;
• and
• determine a first signal score based on the decoded audio token data preprocessed according to the selected first audio receiver configuration;
• determine a second audio receiver configuration from two or more audio receive confirmation, wherein the second audio receive configuration is different from the first audio receive configuration;
• in response to receiving the audio token data a second time;
• preprocess the received audio token data by applying the second audio receiver configuration;
• decode the audio token data preprocessed according to the second audio receiver configuration;
• and
• determine a second signal score based on the decoded audio token data preprocessed according to the second audio receiver configuration;
• selecting, from among the first and second signal scores, a highest signal score;
• determine an audio receiver configuration associated with the selected highest signal score as a default audio receiver configuration for the model;
• and
• transmit the default audio receive configuration to one or more computing devices.