function [out1,out2] = humps(x)

HUMPS A function used by QUADDEMO, ZERODEMO and FPLOTDEMO.

Y = HUMPS(X) is a function with strong maxima near x = .3

and x = .9.



[X,Y] = HUMPS(X) also returns X. With no input arguments,

HUMPS uses X = 0:.05:1.



Example:

plot(humps)



See QUADDEMO, ZERODEMO and FPLOTDEMO.



Copyright 1984-2014 The MathWorks, Inc.



if nargin==0

x = 0:.05:1

end



y = 1 ./ ((x-.3).^2 + .01) + 1 ./ ((x-.9).^2 + .04) - 6



if nargout==2,

out1 = x

out2 = y

else

out1 = y

end

qually probable bits, P(0) = P(1) = 0.5. (a) Construct a program to generate 10000 bits with bipolar signaling. (b) Use your program to simulate the bit error performance of the system with Eb/N0 = 0, 2, 4, 6, 8, 10 dB. (c) Compare your simul-function [out1,out2] = humps(x)

HUMPS　A function used by QUADDEMO, ZERODEMO and FPLOTDEMO.

　　Y = HUMPS(X) is a function with strong maxima near x = .3

　　and x = .9.



　　[X,Y] = HUMPS(X) also returns X.　With no input arguments,

　　HUMPS uses X = 0:.05:1.



　　Example:

　　　 plot(humps)



　　See QUADDEMO, ZERODEMO and FPLOTDEMO.



　　Copyright 1984-2014 The MathWorks, Inc.



if nargin==0

　 x = 0:.05:1

end



y = 1 ./ ((x-.3).^2 + .01) + 1 ./ ((x-.9).^2 + .04) - 6



if nargout==2,

　 out1 = x

　 out2 = y

else

　 out1 = y

end

qually probable bits, P(0) = P(1) = 0.5. (a) Construct a program to generate 10000 bits with bipolar signaling. (b) Use your program to simulate the bit error performance of the system with Eb/N0 = 0, 2, 4, 6, 8, 10 dB. (c) Compare your simul