: Decreases initial access latency by up to 20% .
: Uses historical traffic patterns to pre-allocate uplink resources within the RAR message, cutting down on "Message 3" signaling delays.
: Increases RACH success probability in high-interference scenarios by utilizing more robust modulation for the RAR payload.
: Decreases initial access latency by up to 20% .
: Uses historical traffic patterns to pre-allocate uplink resources within the RAR message, cutting down on "Message 3" signaling delays.
: Increases RACH success probability in high-interference scenarios by utilizing more robust modulation for the RAR payload.
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