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5 Jan 2023
2. LMIs are inequalities of the form
where 
is known and 
is a variable for i = 0 ... n. However, in controls LMIs are most naturally formulated as
and 
,
where 
are known, 
is symmetric, and 
s an unknown matrix. Show that any expression of the form 4 can be written in the form 3 (or show the opposite).
2. LMIs are inequalities of the form
where is known and is a variable for i = 0 ... n. However, in controls LMIs are most naturally formulated as
is known and is a variable for i = 0 ... n. However, in controls LMIs are most naturally formulated as and ,where are known, is symmetric, and s an unknown matrix. Show that any expression of the form 4 can be written in the form 3 (or show the opposite).
are known, is symmetric, and s an unknown matrix. Show that any expression of the form 4 can be written in the form 3 (or show the opposite).
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divyesh1379Lv1
5 Jan 2023
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