BME 251 HW 2

# BME 251 HW 2 - Matthew Thompson BME 251 HW 2 FUNCTION CODE...

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Unformatted text preview: Matthew Thompson BME 251 HW 2 FUNCTION CODE function output_y = system_response(A,B,C,D,d) %Declare variables ii = 1; jj = 1; output_y = zeros(1,30); if nargin < 5, for t = (-10):20 if t < 0 d = 0; else d = 1; end output_y(ii) = (d + D + B*C)/(1 + D*A + C*B*A); ii=ii+1; end t = (-10):20; plot(t,output_y) xlabel( 'Time (seconds)' ) ylabel( 'Output of System (y)' ) title( 'Response of Control System' ) else for t = (-10):20; output_y(jj) = (d + D + B*C)/(1 + D*A + C*B*A); jj=jj+1; end t = (-10):20; plot(t,output_y) xlabel( 'Time (seconds)' ) ylabel( 'Output of System (y)' ) title( 'Response of Control System' ) end end Matthew Thompson BME 251 HW 2 OUTPUT PLOT i. A=0, B=0.5, C=2, D=1, d=0 (no feedback, no disturbance) system_response(0,.5,2,1,0)-10-5 5 10 15 20 0.5 1 1.5 2 2.5 3 3.5 4 Time (seconds) Output of System (y) Response of Control System ii. A=1, B=0.5, C=2, D=1, d=0 (weak feedback, no disturbance) system_response(1,.5,2,1,0)-10-5 5 10 15 20-0.5 0.5 1 1.5 2 Time (seconds) Output of System (y) Response of Control System Matthew Thompson BME 251 HW 2 iii. A=10, B=0.5, C=2, D=1, d=0 (strong feedback, no disturbance) system_response(10,.5,2,1,0)-10-5...
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## This note was uploaded on 02/08/2012 for the course EECE 213 taught by Professor Mendenhall during the Spring '11 term at Vanderbilt.

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BME 251 HW 2 - Matthew Thompson BME 251 HW 2 FUNCTION CODE...

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