Man this networks class makes me want to move into a van down by the river. I can't wait for this semester to end. Thank you for the content to help me get through.
been studying from neso academy since I was in my second year of college. This guy is a saviour😄😄. Watching your videos after a while now is bringing back memories of those dreadful semester examination days😂😂Anyways, thank you so much man🙌🙌
Nice. Indian letures are the best. I'm not used to with Indian English but there is sub available so I was still able to understand. Thanks for knowledgements!
I sat for half an hour listening to my professor 😹😹 i didn't understand accept the heading..but when u detailed the concept by showing the animation within a fraction of second I was able to understand thanks a lot
students definetley like your explanation the way you explained and most importantly and the begning and ending you are adding outcomes thats an important one to students better sir. we have no fear because you are here to explain us . once again thank you sir
🎯 Key Takeaways for quick navigation: 00:00 📚 Introduction to Go-Back-N ARQ 01:20 🔄 Go-Back-N ARQ Basics 03:38 🧮 Sequence Number Calculation 05:42 🎬 Working of Go-Back-N ARQ Made with HARPA AI
one of the best explainations one can get get on youtube....please let me know if you guyz have a proper course,...i would love to do it...ineed certification and project...
It may be important to add, that if ACK 2 is lost but the sender still recieves ACK 3, he knows that the receiver actually recieved PCKT 2 even if he didnt receive the acknowledgement for it. So he will not resend PCKT 2.
that's would be right if it's explicitly mentioned that we are using " Including acknowledgement " : which means we acknowledge all previous frames the sender has received and not every frame individually. For example, if ACK n is received by the sender, it means that all frames ( from 0 to n-1 ) are marked as received. Even though it's not the case by one of the frame ( frame get lost ).
I guess, As soon as the time's out(in waiting for acknowledgement of Frame2), the next frames i.e., Frame3,4,5 which were already sent are discarded ..So, the receiver will not receive any frames and thereby it can't acknowledge.
Omg,,, I clearly understood this. I was looking for some tutorials before my exam and I m lucky enough to find this channel. Thank you so much. Explanation is crystal clear. 🤗❤️
at 5:10; what ll b sequence number if we have the window size n=3,, which can not be represented in power of 2?? In this case what should be added or subtracted for the sequence number.
Thanks for the video. You should also include timers like start timer, restart and stop timers according to packets sent/Recived or lost, the timer concept i also important to understand.
Great short lesson, you were very clear and easy to understand. However, I'd like to point out that in the example you provided there's an error: GbN uses cumulative ACKs, meaning if ACK (packet 2) is never received, but ACK3 is received, we assume that ACK2 was lost but the packet itself was received.
We can find all the topics online but you will find the well organized playlist very rare.. Till Now I have completed from 1st video to this 61st video.. I hope I can complete this as soon as possible..
as you said that the frame 4 and 5 are discarded by the receiver because the frame 2 was lost, after this frame 2, the frame 3 was also sent, what about that ? is that also be discarded by the receiver ?
Towards the end, you mention that the receiver did not get frame 2. That is not consistent with the timing diagram. Frame 2 is actually received, it is the ACK for frame 2 that is lost, so when the sender times out, it sends 2,3,4,5 and because the receiver in Go Back N can only receive in-order frames, that is why the initial transmissions for frames 4 and 5 are discarded.
11 minutes of your video explaining is better than my professor full 4 hours lecture session. Bad lecturers will tell you to self learn despite the expensive tuition fees we paid them. Well, by using self learning as an excuse, this caused more and more professors degrade in their teaching. Sounds good huh?
It can be anything, it's just that in order to represent we find the nearest power of 2 (which may be greater than or equal to the number to be represented)
Correct me if I'm wrong. Let's assume we have two stations A and B, will it be correct to say that when using Go-Back-N ARQ or other ARQ protocols one station is only sending useful data and receiving ACK another is receiving data and sending back ACK. After all frames are sent they change roles. And if this statement is true, how do stations initiate their roles when they have both equal parameters and access to media? Who is the sender at the first step)))? Thanks in advance.
Whenever there is a terror of exams, Neso Academy is standing by us as a savior. Thanks A Lot Neso Team
Facts approved! I am having a Computer Network Mid- term exam this afternoon. Hope this' ll have !
@Namit Varshney help kar do kal exm hai
True brooo
@@canhle3970😅😅😅😊😊😅😅😅😊 5:43
💯💯💯💯
While people are sharing useless content on the internet, you guys are leading tomorrow's Engineers and professors!
Very much appreciated :)
one of the best explainations i get on youtube. thanks a lot
Man this networks class makes me want to move into a van down by the river. I can't wait for this semester to end. Thank you for the content to help me get through.
been studying from neso academy since I was in my second year of college. This guy is a saviour😄😄. Watching your videos after a while now is bringing back memories of those dreadful semester examination days😂😂Anyways, thank you so much man🙌🙌
Nice. Indian letures are the best. I'm not used to with Indian English but there is sub available so I was still able to understand. Thanks for knowledgements!
Acknowledgements
Indian accent is perfectly understandable bro
I sat for half an hour listening to my professor 😹😹 i didn't understand accept the heading..but when u detailed the concept by showing the animation within a fraction of second I was able to understand thanks a lot
Thank you so much Neso Academy. I kept searching for better lectures but all the lectures were in hindi, thankfully i found you. Thank you again🌟
Amazing tutorial!!! 🙌🙌
This is content that I would pay to watch!
Keep up with the great work!
such a crystal clear explanation🔥🔥
speechless....Enkosi kakhulu NASO ACADEMY(Thank you a lot NASO academy)
Helped me a lot for my semester exam... Thank you NESO academy 💐
Thank you so much for this great effort.
love from Nepal
students definetley like your explanation the way you explained and most importantly and the begning and ending you are adding outcomes thats an important one to students better sir. we have no fear because you are here to explain us . once again thank you sir
🎯 Key Takeaways for quick navigation:
00:00 📚 Introduction to Go-Back-N ARQ
01:20 🔄 Go-Back-N ARQ Basics
03:38 🧮 Sequence Number Calculation
05:42 🎬 Working of Go-Back-N ARQ
Made with HARPA AI
Take my corrupted university yearly payment and transfer everything to this guy right here 👑
You Are Making A Difference.ThankYou.
easy to understand , full of information .
great job thank you very much .
excellent explanation i have watched many videos of many people but this explnation was brief and accurate
one of the best explainations one can get get on youtube....please let me know if you guyz have a proper course,...i would love to do it...ineed certification and project...
superb explanation....no words to me
Wonderfully explained! Thank you so much!
1 hour left for mid sem paper, thank you nesoooooo🤪
😁😁😁
Thanks brother.
indebted to your efforts
So clear and easy to understand. Thanks, NESO.📚
Thank you for teaching! I completely understand now and I am ready for my class 2 hours from now lol
JazakAllah for this easy and wonderful lecture on this topic.
May Allah gives you more knowledge.
Super explaination 🔥🔥 TQ
English communication is very good and easy to understandable 😊
It may be important to add, that if ACK 2 is lost but the sender still recieves ACK 3, he knows that the receiver actually recieved PCKT 2 even if he didnt receive the acknowledgement for it. So he will not resend PCKT 2.
that's would be right if it's explicitly mentioned that we are using " Including acknowledgement " : which means we acknowledge all previous frames the sender has received and not every frame individually. For example, if ACK n is received by the sender, it means that all frames ( from 0 to n-1 ) are marked as received. Even though it's not the case by one of the frame ( frame get lost ).
I guess, As soon as the time's out(in waiting for acknowledgement of Frame2), the next frames i.e., Frame3,4,5 which were already sent are discarded ..So, the receiver will not receive any frames and thereby it can't acknowledge.
The way you speaking is very good sir.clear cut explanation sir
I loved the way they've explained in this..love you guys🤍
Love your explanations, wish you are my professor🔥🔥
I Love U! you explained it so easy and light to digest. keep up the good work and i wish blessings upon you
Omg,,, I clearly understood this. I was looking for some tutorials before my exam and I m lucky enough to find this channel. Thank you so much. Explanation is crystal clear. 🤗❤️
Your lesson is helpful ! Thank you so so much for your effort 🤍🤍🤍🤍🤍
at 5:10; what ll b sequence number if we have the window size n=3,, which can not be represented in power of 2?? In this case what should be added or subtracted for the sequence number.
Very clear explanation. Thank you!!
You are a savior !!!
Really superb 🤩🤩🤩🤩time saving too thankyou so much for helping before exams
awesome explianation , you are the best teacher
God bless you.
I dont know how come my doctor is called a doctor. By god they make things complicated for no reason.
Thank you for explanation . I got a nice class
Upload more
Thanks for the video. You should also include timers like start timer, restart and stop timers according to packets sent/Recived or lost, the timer concept i also important to understand.
The concept is that easy! Why are the books so wordy?!
Incredible explanation, great work
Crystal Clear Explanation!!
amazing, this video helped me a lot for my exam!!
While people are sharing useless content on the internet, you guys are leading tomorrow's Engineers and professors!
WHAT A EXPLANATION thnq so much sir for clearing my doubts
YOU ARE THE KING
Seei'g this 2 days before exam ❤😊
Perfect explanation.
Thanks for the good explanation ❤️
Tqsm.. For making these useful videos🙂😇
Just AWESOME ! You are great bro ! me from #Bangladesh
Good morning
Nice explanation😊 Thanku so much
best explaination for go back n arq.
Great short lesson, you were very clear and easy to understand. However, I'd like to point out that in the example you provided there's an error: GbN uses cumulative ACKs, meaning if ACK (packet 2) is never received, but ACK3 is received, we assume that ACK2 was lost but the packet itself was received.
Thank you soo much sir for simple explanation ☺️
Having exam tomorrow 😅
Same Bhai😂
Same here
Yaa its tomorrow 😂😂
Having exam today
same😂...end semester
We can find all the topics online but you will find the well organized playlist very rare.. Till Now I have completed from 1st video to this 61st video.. I hope I can complete this as soon as possible..
شكراً جزيلاً! قناتك ساعدتني كثيراً.
alien language
@@LAPTOP-ER4GSRI4LAPTOP-ER4GSRI4 No it's "Thank you ! this is so helpful." in arabic
@@mimSamad ohh i thought u as pakistan ..as they also have same alphabet ...am sorry
Super explanation tq sir ✨🥳
as you said that the frame 4 and 5 are discarded by the receiver because the frame 2 was lost, after this frame 2, the frame 3 was also sent, what about that ? is that also be discarded by the receiver ?
Superb video 🌟
Thank you so much sir 🙏
You are awesome💘
Thank you so much 💓 💗 💛 💖 😊
what about the frame 3, is it discard or not. Because frame 3 still in the window as well as sender side. So, only 4,5 are discarded or 3,4,5.
same doubt 🥲
God bless you
Perfectly understood
Very helpful. Thank you so much
if i took a shot every time this man said GO - BACK - N ARQ i'd be on the floor dead
10:30 what about 3?
why only ignores 4 and 5, 3 was also already sent.
3 will also be ignored
then about 2
@@yummycandy1703 2 wasn't acknowledged so it is being retrasmitted along with 3 4 5
Well explained
please upload transport and other layers
Tomorrow I have CN exam,
But I don't worry because I have neso academy
Degree ho gayi kya complete tumhari😂
Super mowaa super ga cheppav
ack of frame 2 not recieved so frame 3,4,5 will be discarded and retransmitted with frame 2 again ? 9:41
Nice explanation bro. Please write and explain program also bro..
Thankyou so much sir for this wonderful explanation ❤class mae ghanta kuzz smj nhi aayea tha
Amazing ❤
Thanks a lot.
Awesome .. Thankssss
Towards the end, you mention that the receiver did not get frame 2. That is not consistent with the timing diagram. Frame 2 is actually received, it is the ACK for frame 2 that is lost, so when the sender times out, it sends 2,3,4,5 and because the receiver in Go Back N can only receive in-order frames, that is why the initial transmissions for frames 4 and 5 are discarded.
Is frame 3 also discarded? I think he missed that
@@nomen385 Yes, anything out of order is discarded.
@@nomen385 yes i also felt the same thanks !!
i think the receiver will also discard the 2and 3 because they are already there as the ACK is lost but the receiver had that frame 2 and 3
11 minutes of your video explaining is better than my professor full 4 hours lecture session.
Bad lecturers will tell you to self learn despite the expensive tuition fees we paid them.
Well, by using self learning as an excuse, this caused more and more professors degrade in their teaching.
Sounds good huh?
Y don't u ppl start the online college, give a degree🙂
However even these colleges r also taking online classes itself.😒
Thats was nice idea !!!
At 5:36, So window size must be power of 2 only or it can be any other
It can be anything, it's just that in order to represent we find the nearest power of 2 (which may be greater than or equal to the number to be represented)
@ 3:26 transmitted or retransmitted ???
Best one ❤
Correct me if I'm wrong. Let's assume we have two stations A and B, will it be correct to say that when using Go-Back-N ARQ or other ARQ protocols one station is only sending useful data and receiving ACK another is receiving data and sending back ACK. After all frames are sent they change roles. And if this statement is true, how do stations initiate their roles when they have both equal parameters and access to media? Who is the sender at the first step)))? Thanks in advance.
Having exam today afternoon 😂😂
Same after 1 hr
Same after 25 minutes
Good explanation
Sir please make a vedios lecture on Microprocessor .full playlist of Microprocessor
Thank you☺
Thank you so much tomorrow is my exm 🥺
Hefe frame 2 is recieves 2 times,is it duplication of frame,may not lead to problem?
3 will also be discarded right?