Which among the following an expression for spectrum capacity in OFDM based xG networks?
refers to a set of unused spectrum units, G(f) is the channel power gain at frequency f, S₀ is the signal power per unit frequency and N_0is the noise power per unit frequency.

Question

TuteeHUB · Accepted Answer

C= ( frac{1}{2} )log₂(1+ ( frac{S_0}{N_0}) )

TuteeHUB · Answer

C=    (  frac{1}{2}  )log2(1+  (  frac{G(f)S_0}{N_0})  )

TuteeHUB · Answer

C=    (  frac{1}{2}  )log2(1+  (  frac{S_0}{N_0})  )

TuteeHUB · Answer

C=  B log2(1+  (  frac{G(f)S_0}{N_0})  )

TuteeHUB · Answer

C=  B log2(1+  (  frac{G(f)N_0}{S_0})  )

1.	Which among the following an expression for spectrum capacity in OFDM based xG networks? refers to a set of unused spectrum units, G(f) is the channel power gain at frequency f, S₀ is the signal power per unit frequency and N_0is the noise power per unit frequency.
A.	C= <sub> </sub> ( frac{1}{2} )log<sub>2</sub>(1+ ( frac{G(f)S_0}{N_0}) )
B.	C= <sub> </sub> ( frac{1}{2} )log<sub>2</sub>(1+ ( frac{S_0}{N_0}) )
C.	C= <sub> </sub>B log<sub>2</sub>(1+ ( frac{G(f)S_0}{N_0}) )
D.	C= <sub> </sub>B log<sub>2</sub>(1+ ( frac{G(f)N_0}{S_0}) )
Answer» B. C= <sub> </sub> ( frac{1}{2} )log<sub>2</sub>(1+ ( frac{S_0}{N_0}) )

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