Remote Desktop Guidance via Parameter Transmission

The patent introduces an intermediary guidance system that transmits only essential input parameters (coordinates, pressure, duration) between devices without establishing direct control. The guided user's device displays graphical representations of gestures to be performed, allowing the guided user to execute commands locally while the guide receives feedback about the executed gestures. This intermediary layer of graphical guidance and parameter transmission resolves the contradiction by enabling technical support efficiency through coordinated interaction while maintaining user privacy and security through lack of direct control.

The patent applies the copying principle by displaying graphical representations on the guided user's device that replicate or represent the gestures to be performed. Instead of direct control, the system creates visual copies of the guide's intended gestures, showing the guided user what hand movements or input sequences are required. This copying approach improves ease of operation through intuitive visual guidance while managing device complexity by using standard display and input mechanisms rather than complex direct control infrastructure.

The patent implements feedback by having the guided user's device detect and report back the gestures actually executed, allowing comparison with the intended gestures. The system receives feedback parameters about the executed gestures and can determine whether they match the graphical representations shown. This feedback mechanism improves measurement precision of gesture recognition by enabling verification against intended gestures while managing complexity through parameter-based comparison rather than complex analysis algorithms.