Multi-modal orchestration system for human-animal-robot collaborative task execution

A computer-implemented method for AI-enabled multispecies coordinated task execution, comprising the steps of:

• receiving non-human animal communication data;
• processing the non-human animal communication data through a machine-learning system, wherein the machine-learning system is configured to:
• parsing the non-human animal communication data to derive one or more linguistic patterns;
• associating the one or more linguistic patterns with a human sentiment, meaning, or instruction;
• and
• computing a confidence score corresponding to the human sentiment, meaning, or instruction;
• and
• in response to the human sentiment, meaning, or instruction exceeding a predetermined threshold:
• rendering and present an audio/visual form of the human sentiment, meaning, or instruction on an electronic display;
• receiving a set of human communication data in response to the human sentiment, meaning, or instruction;
• associate the set of human communication data with one or more non-human animal communication patterns;
• and
• outputting the one or more non-human animal communication patterns via one or more output elements.

A non-transitory, computer-readable medium comprising programming instructions for an electronic computation device executable by a processor to cause the electronic computation device to:

• receive non-human animal communication data;
• process the data through a machine-learning system, wherein the machine-learning system is configured to:
• parse the non-human animal communication data to derive one or more linguistic patterns;
• associate the one or more linguistic patterns with a human sentiment, meaning, or instruction;
• compute a confidence score corresponding to the human sentiment, meaning, or instruction;
• in response to the human sentiment, meaning, or instruction exceeding a predetermined threshold:
• render and present an audio/visual form of the human sentiment, meaning, or instruction on an electronic display;
• receive a set of human communication data in response to the human sentiment, meaning, or instruction;
• associate the set of human communication data with one or more non-human animal communication patterns;
• and
• output the one or more non-human animal communication patterns via one or more output elements.