Technical architecture for synchronizing high-definition video, bi-directional audio, and robot kinematic drive commands across heterogeneous clinical networks.
When remote driving latency exceeds 150 milliseconds, human operators experience cognitive dissonance, over-correcting joystick movements and inducing oscillations that risk collisions.
RobotTelepresence pairs Nvidia NVENC hardware H.265 encoding with WebRTC unreliable/unordered SCTP DataChannels for telemetry, eliminating TCP head-of-line blocking and maintaining tight control loops.
If hospital Wi-Fi exhibits packet dropouts as the robot passes through an elevator lobby, the dual-SIM LTE modem seamlessly bonds packets, preventing frozen video frames during patient rounding.