6 Kommentare

Adam Danz
Adam Danz am 24 Mär. 2020
Bearbeitet: Adam Danz am 24 Mär. 2020
Is this a duplicate question or are you looking for answers to both questions?
Sultan Al Harthy
Sultan Al Harthy am 24 Mär. 2020
hello adam,
i am looking to write down both questions if you dont mind,
Sultan Al Harthy
Sultan Al Harthy am 24 Mär. 2020
i will emait you what exactly im trying to do,
so we can be on the same page
Adam Danz
Adam Danz am 24 Mär. 2020
Bearbeitet: Adam Danz am 24 Mär. 2020
Ok, I just wanted to make sure the two questions with the same title weren't a mistake.
No need to email me. I generally don't respond to emails from my profile. If you have details to add, edit your question and add them there.
What part are you having trouble with? How far are you in converting this to Matlab code? You'll need to give it a shot first.
Sultan Al Harthy
Sultan Al Harthy am 24 Mär. 2020
Sultan Al Harthy
Sultan Al Harthy am 24 Mär. 2020
so basically i am meant to write down all these equations on matlab and this is where i am at,

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Antworten (1)

David Hill
David Hill am 24 Mär. 2020

0 Stimmen

Assuming p and m arrays previously established and e,B, and K are scalar.
R=B/2*log2([((1-e)*p(1:K-1)+m(1:K-1))./(p(2:K)-e*p(1:K-1)+m(1:K-1)),((1-e)*p(K)+m(K))/(-e*p(K)+m(K))]);

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am 24 Mär. 2020

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am 24 Mär. 2020

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