I've a question. We know, N = i2 + ij + j2 where i, j are non integer numbers. My question is, can we pick the values of i,j randomly for the 1st tier co channels? Or is there any rule to pick the values for i,j? I'm following T.S. Rappaport's "Wireless Communications" book.
Taking various values of i and j, standard cluster sizes are found to be. 3, 4, 7, 12,19 and so on. i and j will give you cluster size and you can also find the co cell in the cluster.
Thank you very much brother tomorrow is my exam and this helped me a lot :) :) :)
All The Best for your Exam 👍
@@ecit Thank you sir😄
thanks you sir appreciate it , been looking for this proof for a while
Glad to know that it is helpful for you.
very good explanation
Thanks
Well explained!
Thanks
I've a question.
We know, N = i2 + ij + j2 where i, j are non integer numbers. My question is, can we pick the values of i,j randomly for the 1st tier co channels? Or is there any rule to pick the values for i,j?
I'm following T.S. Rappaport's "Wireless Communications" book.
Taking various values of i and j, standard cluster sizes are found to be. 3, 4, 7, 12,19 and so on.
i and j will give you cluster size and you can also find the co cell in the cluster.
Very helpful
Thanks!
Please make a videos on adjecent n co channel interferences in detail
It is already in playlist
@@ecitji sir thank you 🙏
The value of j should be i
Thank you so much sir❤️
Welcome!
Super👌👌
Thank You!
Power control in cellular system
Sure
plz can you provide material
This may help you. github.com/hirentailor-youtube/Wireless-Communication-Notes
How to prove N = i^2 + j^2 +ij N is number of cells in a cluster ?
You can watch another video in this playlist
Sir plz provide material
github.com/hiren-tailor/Wireless-Communication-Notes
👍🏻
Do you really need to demonstrate this fact? Pure lost of time...