A central language model coordinates domain-specific controllers to simplify medical apparatus setup and reduce interface standardization needs.
Voice ATC commands are converted into data for remote pilot control, cutting communication errors, delays, and workload.
Natural-language robot programming uses robot and environment data to generate control logic with tasks, branches, and exception handling.
A server relays voice commands between linked appliances, enabling accurate remote control of hard-to-reach devices without onboard voice recognition.
A control section shares selected voice recognition results between operation bodies to improve coordination and accuracy under noise.
When human voice is detected, the pet robot briefly stops its actuator to cut noise and capture cleaner audio for recognition.
A hierarchical multimodal RL controller balances oracle queries with audio, visual, and language cues to improve navigation accuracy and reduce path length.