trigger delay
2.RCA and LCX moved less than 3 mm/NTU during mid-diastole (75% R-R ECG trigger-delay) and end-systole (40% R-R ECG trigger-delay). LAD moved less than 3 mm/NTU throughout cardiac cycle.
4.This paper presents a scheme of low-latency mobile IPv6 handoff based on the analysis of handoff delay for IEEE 802.11 wireless LANs. In this scheme, the performance of Mobile IPv6 latency has been optimized through the combination of link trigger, fast router advertisement and the map between IP address and MAC address.
