1 |
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Introduction to Discrete Time Control Systems |
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2 |
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Z Transform; inverse z Transform |
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3 |
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Z Plane Analysis, Implementation of Digital Controllers |
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4 |
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Stability analysis in Closed Loop systems in the Z Plane |
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5 |
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Mapping between z and s planes |
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6 |
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Transient and Permanent State Response Analysis |
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7 |
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Design Based on Root Locus Method |
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8 |
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ARA SINAV |
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9 |
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Design Based on Frequency Response Method |
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10 |
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State Space Representation of Discrete Time Systems |
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11 |
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Solving Discrete Time State Space Equations |
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12 |
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Design with controllability and pole placement |
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13 |
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Observability Status Observers |
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14 |
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Diophantine Equations and Polynomial Equations Approach |
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15 |
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Diophantine Equations and Polynomial Equations Approach |
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16 |
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FİNAL |
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17 |
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FİNAL |
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