Packet-Switched Voice Connection Latency Reduction

The patent applies preliminary action by maintaining frequency resource allocation during silent intervals before voice activity resumes. This ensures that when voice packets need to be transmitted again, the frequency resources are already allocated and ready, eliminating the delay that would occur if resources had to be reallocated. The system proactively keeps resources reserved during the second interval of time (silent period) so that the third interval (voice activity) can begin immediately without waiting for resource allocation procedures.

The patent applies dynamics by making the frequency resource allocation state changeable based on voice activity detection. During voice activity intervals, resources are allocated and actively used for transmitting voice packets. During silent intervals, the allocation is maintained but no transmission occurs, preserving the ability to resume immediately. This dynamic approach allows the system to adapt between active transmission and standby states, optimizing the balance between delay reduction and resource efficiency.

The patent resolves this contradiction by applying preliminary action through maintaining frequency resource allocation during silent periods between voice activities. This preliminary maintenance of resource allocation ensures that when the next voice activity occurs, transmission can begin immediately without the delays associated with reallocation procedures. The system prepares the transmission path in advance during the second interval, so the third interval can start without interruption, preserving conversation naturalness while still allowing resource efficiency improvements during actual voice transmission periods.