Actually the timer is set to detect the CTS I think this image explains the topic: slideplayer.com/slide/6672703/23/images/8/Figure+14.4+CSMA/CA+flowchart.jpg
Thanks for the help. The CSMA/CA part where airport A waits a random time seems off. If airport B doesn't know the clock has started ticking then waiting isn't useful. I think there is an acknowledgment part missing.
I think that you should explain the part of CSMA/CA with much detail. The video omits important information about CA that might completely change the meaning.
Good video. Had to watch it on 1.5 speed though lol.
BrandNewByxor perhaps a little too slow lol. I was trying to make it clear enough for non-native speakers.
1.25 sounds better. :P
Great and easy explanation. Advice, watch it at 1.25x or 1.5x speed.
I got a phd degree because of you! Thank you!
You're welcome! I'm glad I could help.
Sir your explanation very easy to understand simply,i see many video but your video easy to understand
Thanks :) It has cleared my concept about the topic in a little time. :)
Good explained..,. thx u so much with in a short time correctly and clearly
Thanks for video
As a little advice IEEE pronounced as "I triple E"
E E E E E
Nice video. Quick and simple for sure.
as a non-native speaker, I had to watch it on 1.25 x-) thanks a lot for the video!
Very good example.... thanks
Very useful and simple . Thank you
I didn't understand how waiting a random amount of time avoids collision
Actually the timer is set to detect the CTS I think this image explains the topic:
slideplayer.com/slide/6672703/23/images/8/Figure+14.4+CSMA/CA+flowchart.jpg
MrRationalize What if the gap between timers is less than the travel time of one packet as a result of say network congestion?
Great videos, you have my thanks from chile!
Great video, thanks for that explanation.
Very simple and easy to understand thanks
superb Explanation ..
Thank you. Helped me a lot
Thanks for the help. The CSMA/CA part where airport A waits a random time seems off. If airport B doesn't know the clock has started ticking then waiting isn't useful. I think there is an acknowledgment part missing.
its a nice video i liked it and it taught me alot
Why wait random time when it already sensed that the way is clear what difference will this make that is helping avoidance
I think that you should explain the part of CSMA/CA with much detail. The video omits important information about CA that might completely change the meaning.
Great Explanation!
1.25 is perfect. 1.5 is a bit disorientating.
you are awesome!
awesome video! but can you please explain why is CSMA CA used more ? and why dosent it have collision detection in it?
It can send or receive but not at the same time it's not full duplex like 802.3
real its amazin ,good graphics and more learn i got
Can wrong configuration occurred late collision
legend
thanks a ton bro!
Thanks man!
thank you very well!
Thanks
Thanks :)
Your voice is too low. Maxing out volume is still too small of a voice :(
Thanks