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The 2-rank of the incidence matrix is determined.
In addition, the unknown gain matrix is determined by solving a delay-dependent LMI.
The feedback gain matrix is determined online by a continuously updated pole placement process.
The unknown gain matrix is determined by solving a delay-dependent LMI.
The observer gain matrix is determined by solving an algebraic Riccati equation.
The unknown gain matrix is determined by solving a delay-dependent linear matrix inequality.
Finally, the element stiffness matrix is determined using the force displacement relationships.
The exact member stiffness matrix is determined using the force-displacement relations.
The dissolution limit of Ti atoms in an a-C matrix is determined to be between 4 and 8 at.%.
Then explicit expressions for displacement parameters are derived and the exact dynamic stiffness matrix is determined using force displacement relationships.
First the scattering matrix is determined by using external noise sources to create two independent acoustic test cases.
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