Binary Exponential Backoff Algorithm and an Example in Pure ALOHA for Collision Resolution
In this video, first an overview on Binary Exponential Backoff Algorithm is given, and then an example when employed in Pure ALOHA MAC protocol for Collision Resolution use case.
If you have comments and/or question, please feel free to comment below, and we will be happy to reply them.
This video is part of a much longer series of Tutorial Videos on "Random Access Protocols":
• Random Access MAC Protocols | ALOHA | CSMA
and on "ALOHA MAC Protocol":
• ALOHA MAC Protocols
To learn more about Communications and Networks (#COMNET) protocols, subscribe to our YouTube channel: / @gzpapadopoulos
---------------------------------------------------------------------------------------------------------------------------
Bibliography:
[1] "Data Communications and Networking" by Behrouz A. Forouzan (Author).
[2] "Computer Networks: A Systems Approach" by Larry Peterson and Bruce Davie (Author).
---------------------------------------------------------------------------------------------------------------------------
#Backoff #ExponentialBackoff #Collision #BinaryExponentialBackoff
#CollisionResolution #Collisions #BackoffCollisionResolution #BinaryExponentialBackoffAlgorithm
#ALOHA #ALOHARTT #RoundTripTime
#ALOHARoundTripTime #ALOHARoundTripDelay #RoundTripDelay
#MAC #Protocol #ALOHAMAC
#ALOHAProtocols #PureALOHA #SlottedALOHA
#ALOHAnet #ALOHAProtocol #ALOHA #ALOHASystem #ALOHAMAC #ALOHAMACProtocol #UniversityofHawaii #NormanAbramson #FranklinKuo
#RandomAccessProtocols #MAC #MediumAccessControl #Protocols #CommunicationProtocols #ComputerCommunicationProtocols #Networking #COMNET #MACProtocol #Tutorial
#MOOC #IMT #IMTAtlantique