Q3. Consider the following optimal control problem. min [~ ² {p(x(t))² + (1 - 4) (u(t))²} dt s.t. dx(t) dt = x(t) + u(t); x(0) = xo φ ε [0, 1] (1) Solve the problem. (2) Observe how the solution is affected by the changes in p.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Q3. Consider the following optimal control problem.
8
min
15 S* / { $(x (1))² + (1 - 4) (u(t) ² } dt
(u(t)}
s.t.
dx(t)
dt
(1) Solve the problem.
(2) Observe how the solution is affected
= x(t) + u(t); x(0) = xo
φε [0, 1]
the changes in p.
Transcribed Image Text:Q3. Consider the following optimal control problem. 8 min 15 S* / { $(x (1))² + (1 - 4) (u(t) ² } dt (u(t)} s.t. dx(t) dt (1) Solve the problem. (2) Observe how the solution is affected = x(t) + u(t); x(0) = xo φε [0, 1] the changes in p.
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