ZEUS: Handover algorithm for 5G to achieve zero handover failure
HS Park, Y Lee, TJ Kim, BC Kim, JY Lee - ETRI Journal, 2022 - Wiley Online Library
In 5G, the required target for interruption time during a handover (HO) is 0 ms. However,
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
[PDF][PDF] ZEUS: Handover algorithm for 5G to achieve zero handover failure
HS Park, Y Lee, TJ Kim, BC Kim, JY Lee - ETRI Journal, 2021 - scholar.archive.org
In 5G, the required target for interruption time during a handover (HO) is 0 ms. However,
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
ZEUS: Handover algorithm for 5G to achieve zero handover failure
HS Park, Y Lee, TJ Kim, BC Kim, JY Lee - [ETRI] ETRI Journal, 2022 - dbpia.co.kr
In 5G, the required target for interruption time during a handover (HO) is 0 ms. However,
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
ZEUS: Handover algorithm for 5G to achieve zero handover failure
HS Park, Y Lee, TJ Kim, BC Kim, JY Lee - ETRI Journal, 2022 - koreascience.kr
In 5G, the required target for interruption time during a handover (HO) is 0 ms. However,
when a handover failure (HOF) occurs, the interruption time increases significantly to more …
when a handover failure (HOF) occurs, the interruption time increases significantly to more …