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Home > Documents > fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R >...

fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R >...

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Page 1: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 2: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 3: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 4: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 5: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 6: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 7: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 8: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 9: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 10: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 11: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 12: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 13: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 14: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 15: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 16: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 17: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 18: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 19: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

Page 20: fornasini/PU_2D_1990_OPCONTR.pdf · 2. Problem formulation. Denote by ... (11, k)Ru(h, k)] with R > 0 and Q > 0. The optimal control problems we aim to solve are the following: (i)

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