Rate-Adaptation Protocol for Video Telephony Handovers

The rate-adaptation protocol dynamically adjusts its behavior based on handover detection. When a handover is detected, the protocol temporarily suspends rate-adaptation to prevent unnecessary quality degradation, then resumes normal operation after handover completion. This dynamic switching between adaptation modes resolves the contradiction by making the system responsive to contextual conditions.

The system implements feedback mechanisms by monitoring handover status and channel conditions. When handover information is received, the protocol receives feedback about the temporary nature of channel degradation and adjusts accordingly by pausing rate-adaptation. This feedback loop prevents overreaction to transient conditions while maintaining reliability during actual channel problems.

The protocol dynamically switches between adaptive and non-adaptive modes based on handover detection. During normal operation, it maintains full adaptability to channel conditions. During detected handovers, it temporarily disables rate-adaptation to prevent user experience degradation, then resumes adaptability afterward. This dynamic behavior provides both adaptability when needed and stable user experience during transitions.

The system changes the operational parameters of the rate-adaptation protocol based on handover status. When handover is detected, it modifies the adaptation threshold or disables adaptation temporarily, effectively changing how the protocol responds to channel conditions. This parameter adjustment allows the system to maintain adaptability for genuine channel problems while avoiding adaptability-induced quality issues during handovers.

The protocol implements periodic checking of handover status and applies rate-adaptation only when appropriate. Instead of continuous adaptation, it periodically assesses whether channel condition changes are due to handover or genuine channel problems. This periodic action with conditional application prevents unnecessary quality degradation while maintaining reliability for actual channel issues.

The system extracts or removes the rate-adaptation function temporarily during detected handovers. By taking out the adaptive response mechanism during these specific periods, it prevents the harmful effect of unnecessary rate adjustments while maintaining the function for genuine channel problems. This selective extraction resolves the contradiction by applying the principle of targeted removal of problematic functionality.