Input as 00011111 but output as 00011100 how this gets scrambled? No of one's and zeros in input and output are not same...( The arrangement gets changed in output as we do scrambling)?? Mam please tell
Can you please tell us how to select the delay parameters (shift registers) based on number bits (8/16/32/64). one more thing in your explanation based on the bits how many times we need to multiply f (f =D3+D5) with itself only.
Mam... Kya 2 shift register se bhi hm scrambler use kr skte h? Or maximum kitne shift register se hm ise apply kr skte h? Or agr 2 shift register ho to f ki value kya aayegi? Video bahut achha banaya h aapne mam..... 🙏
Thanks for your feedback and connecting with us Yes but the only condition is thay we have to use the scrambler in the receiver in accordance to the scrambler in transmitting part.. I just gave one example, you can make your own scrambler Stay connected for upcoming videos
Shift registers are used in accordance to the degree of rearrangement.. this is the widely used scrambler circuit which I have explained.. Thank you so much for your valuable feedback.. Stay connected for upcoming videos..
@@VaishaliKikan okk thank u Scrambler circuit is somewhat more in details... I think To understand the number of shift register required... Is ther any short cut?
Excuse me Ma'am but the video recommendations at the end block the final result from view, so please remove them or at least put them somewhere else Thank you Ma'am
If I consider more feedback, the delay will be more and input data had 8 bits so delay of 9 means all zero upto 8 bits.. So that won't change the output.. If we add zero or not answer will be same.. That's why I didn't consider those delays..
Far better than engineering professors!!
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Input as 00011111 but output as 00011100 how this gets scrambled? No of one's and zeros in input and output are not same...( The arrangement gets changed in output as we do scrambling)?? Mam please tell
Derarest teacher App or App ki writting dono aik dum khobsorat or kiamat hain ....
Way of explanation is good
I am into finance but I think this is useful for me.
I luv ur knowledge from the core of my heart
Thank you so much for your valuable feedback..
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How can I arrive at a verilog code for the polynomial G(x) = 1 + x^4 + X15?
If my input data is 9 bits wide, how can I scramble this using the polynomial G(x) = 1 + x^4 + X^15?
Perfect 👌
Thank you so much
Can you please tell us how to select the delay parameters (shift registers) based on number bits (8/16/32/64). one more thing in your explanation based on the bits how many times we need to multiply f (f =D3+D5) with itself only.
Mam... Kya 2 shift register se bhi hm scrambler use kr skte h? Or maximum kitne shift register se hm ise apply kr skte h? Or agr 2 shift register ho to f ki value kya aayegi? Video bahut achha banaya h aapne mam..... 🙏
Thanks for your feedback and connecting with us
Yes but the only condition is thay we have to use the scrambler in the receiver in accordance to the scrambler in transmitting part..
I just gave one example, you can make your own scrambler
Stay connected for upcoming videos
@@VaishaliKikan aapne bahut achhe se samjhaya madam.... Helpful tha sach m bahut.... Radhe Radhe madam ji
Ma'am i want Singals and systems lecture too , it seems too complicated and tough 😅😅.....
I will surely try to work upon it as soon as I finish the running playlists.
Thanks for connecting
The number of shift register so present is depend on what factors?
In the example u have taken
U have calculate it for 4 feebback
Why 4 feedback?
Shift registers are used in accordance to the degree of rearrangement.. this is the widely used scrambler circuit which I have explained..
Thank you so much for your valuable feedback..
Stay connected for upcoming videos..
@@VaishaliKikan okk thank u
Scrambler circuit is somewhat more in details... I think
To understand the number of shift register required...
Is ther any short cut?
👍🌹
Excuse me Ma'am but the video recommendations at the end block the final result from view, so please remove them or at least put them somewhere else
Thank you Ma'am
Why are we only considering 4 feedbacks in the example you have taken?
If I consider more feedback, the delay will be more and input data had 8 bits so delay of 9 means all zero upto 8 bits..
So that won't change the output..
If we add zero or not answer will be same..
That's why I didn't consider those delays..
@@VaishaliKikan oh now it get it.. thank you so much.. your videos are great 👍
I love you 💓 dear
maam marry me!!!!!!!!!!!!!!!
Far better than engineering professors!!
Thank you so much for your valuable feedback..
Stay connected for upcoming videos..