Do you mean the music during the intro or the one playing while the narrator is speaking? The volume of the latter has already been reduced. The music volume in the intro does seem a bit too loud though.
yeah but you could explained a bit more on the "weighted least connections" one. How are the weights combined with the nr of connections? Is it a modulo operation? I appreciate the video nonetheless. Very well done. Thank you:)
Surely, there's also that risk. However, the risk is lower because it only redirects traffic. It doesn't get as overloaded as the file transfer servers themselves, especially if those file transfer servers are MFT servers that perform a lot of automation, encryption, etc. If you really want to be sure, you can also set up an active-passive load balancer or even an active-active load balancer behind a hardware-based load balancer and so on. It really depends how many redundancies you would like to have.
Great video! I have a newbie question. Let's say we implement a communication between clients and servers through sockets and we have 200k concurrent connections. Yeah, load balancing will reduce server load but, wouldn't the load balancer turn out to be a bottleneck since it'd have to deal with those 200k concurrent connections? If so, what's the solution? a load balancer of load balancers? Also, if for example, the client sends a huge file (e.g. 3GB) i guess that you better want the load balancer to delegate the connection to a direct socket connection between the chosen server and the client so we don't overload the balancer as intermediary, don't you?
Glad you liked it! Normally, you'd want to deploy your load balancer on a machine with sufficient resources. Note that the load balancer will only have to direct traffic, while the file transfer servers behind it will need to carry out other processes, like forward to other servers, scan for viruses, encrypt, append data, archive, move to other directories, and so on.
round-robin 1:01
weighted round-robin 2:36
Least connection 4:25
Weighted Least connection: 5:45
Random 6:29
this is the best explanation of Round Robin algorithm
This is the most clear explanation about Load Balancer .. God bless you 🙏 ❤
Very helpful, but dang, keep the music and speaking volumes closer to the same levels.
So you find the current music volume too low?
Do you mean the music during the intro or the one playing while the narrator is speaking? The volume of the latter has already been reduced. The music volume in the intro does seem a bit too loud though.
music at starting and ending both are too loud need to reduce some volm
We have reduced the intro and ending music volume in the latest video. See if that's better now th-cam.com/video/wNRdSQ6_yGo/w-d-xo.html
Agreed!! Remove the bass. Awful and blows out your ears if you are wearing headphones.
The best video about round robin
Namaskar. Great video on Load Balancers. All my doubts cleared with one great video. long live...
yeah but you could explained a bit more on the "weighted least connections" one. How are the weights combined with the nr of connections? Is it a modulo operation? I appreciate the video nonetheless. Very well done. Thank you:)
In a general case how the server 1,2, 3...(sequence) are decided. Based on IP ?
There is no shortest delay?
Thank you for sharing 👍
My neighbours have asked me to pass on to you this: please consider lowering your music level if you produce any more videos.
Sorry about that! Our recent videos now have lower music volumes. Check them out.
@@jscapeus Thank you. And thank you for letting me know, I will check them out. :)
Explanation was very clear but missed out some more algms
Can I find that video of weighted round-robin using load balancing in Cloud computing? Please help me where can I find
explained very well
what abount ip hashing?
Very helpful, easy for understanding. Thanks bro
can you explain locality based load balancing
Great Video... How about Client IP Hash based algorithms?
very well explained, thank you
Do you know some books to improve this knowledge ?
very good explanation
Very very helpful. Thank you.
thanks man. It helps a lot.
Glad it helped. Please subscribe to motivate us to create more videos
jscapeus nice
can anyone create a flowchart for round robin and for a weighted round robin
Nice we need more like this
It's really helpful. Thank You so much!
Truly amazing. no words simply superbbbbbbbbbbbbbbbbb
it was very clear thanks
Helpful!
Glad it was helpful!
Thank U
with great powers comes great responsibility
Thanks!
load balancer also a machine, what if that machine goes down?
Surely, there's also that risk. However, the risk is lower because it only redirects traffic. It doesn't get as overloaded as the file transfer servers themselves, especially if those file transfer servers are MFT servers that perform a lot of automation, encryption, etc. If you really want to be sure, you can also set up an active-passive load balancer or even an active-active load balancer behind a hardware-based load balancer and so on. It really depends how many redundancies you would like to have.
Great video! I have a newbie question. Let's say we implement a communication between clients and servers through sockets and we have 200k concurrent connections. Yeah, load balancing will reduce server load but, wouldn't the load balancer turn out to be a bottleneck since it'd have to deal with those 200k concurrent connections? If so, what's the solution? a load balancer of load balancers?
Also, if for example, the client sends a huge file (e.g. 3GB) i guess that you better want the load balancer to delegate the connection to a direct socket connection between the chosen server and the client so we don't overload the balancer as intermediary, don't you?
Glad you liked it! Normally, you'd want to deploy your load balancer on a machine with sufficient resources. Note that the load balancer will only have to direct traffic, while the file transfer servers behind it will need to carry out other processes, like forward to other servers, scan for viruses, encrypt, append data, archive, move to other directories, and so on.
Everything was good except loud music
you skipped over weighted least connections
Nice bro
Please get rid of the music! Can’t pay attention to what you’re saying.
Intro music is too loud compared to the voice. Intro takes too long. We don't care about your music we just want info.
Thanks for the feedback. We'll try to improve on that.
I don’t like the muisc ... fuck it man ... thanks for the video btw 😀
annoying intro, but otherwise useful video