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Engineering and Comp Sci Homework Help
Understanding Multiple Input-Output Control in Steady State Infusion Rates
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[QUOTE="gfd43tg, post: 5306704, member: 500468"] [h2]Homework Statement [/h2] [ATTACH=full]92794[/ATTACH] [ATTACH=full]92795[/ATTACH] [h2]Homework Equations[/h2][h2]The Attempt at a Solution[/h2] (a) I find the steady state values (s=0) [CODE] syms s k11 = -6; k12 = 3; k21 = 12; k22 = 35; G = [k11 k12; k21 k22]; Ghat = [k22/(k11*k22-k12*k21) -k12/(k11*k22-k12*k21); -k21/(k11*k22-k12*k21) k11/(k11*k22-k12*k21)]; Lam = G*Ghat Lam Lam = 1 0 0 1 [/CODE] So I know that input 1 goes with output 1, and input 2 goes with output 2. (b) I am not sure how I should do this, but I look at steady state values [CODE] G = -6 3 12 35 [/CODE] But I don't really know how steady state infusion rates can be zero, yet you can increase Cardiac output by infusion? I don't understand how to solve this question. [/QUOTE]
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Understanding Multiple Input-Output Control in Steady State Infusion Rates
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