Solve This (? + ? + ?=30)
If 1111=R, 2222=T, 3333=E, 4444=N Then 5555=?
Guess the Hindi Muhawara from the following whatsapp Emoticons?
Sweet, Medicine, Film, Girl, City, Car, Place, Doggy all are name same, guess which word it is?
Guess me who am I, I am the first on earth, the second in heaven...
Four Question, One Answer: One River Name, One Flower Name, One Film Name, One Actress Name?
A girl is blind, deaf, dumb and uneducated too. A boy loves her. How would he propose without touching her?
Which Indian cricketer is known as "Brown Bradman"?
Which of the countries has had a prime minister whose name featured the name of his country?
Which of the gulf city was a dependency of Bombay Presidency under British rule for almost a century?
Why do we need segmentation or concatenation for the RLC re-transmission?
Because LTE radio is very dynamic and it is not sure same amount of radio resources would be granted to transmit RLC PDU.
That is the reason in case of re-transmission RLC can re-segment the last unacknowledged RLC PDU which is kept in buffer.
LTE radio PDSCH is shared channel which is not dedicated to one UE.
When LTE RLC layer re-transmission reach max number, what we do in eNodeB?
In UE side, UE will send RRC connection Re-establishment to eNodeB. But in eNodeB, seems no related description, just say report indication to high layer.
Without concatenation hoe RLC process more grant from MAC?
MBMS Data receives from MBMS-GW to eNodeB module interfacing towards MBMS-GW. It removes GTP-U header and sends data to lower layer i.e RLC. As per my understanding so far, RLC does segmentation and re-assembling for the received upper layer PDU to make it fit into MAC PDU. Now I want to know, Does the same concept applicable for MBMS data also or for RLC it is transparent mode transmission.
Which format is used by RLC for the MBMS transmission ?
SN is used for sequence delivery then why do we need two SN in PDCP and RLC?
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