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Predictive Control for linear and h
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ii Preface Dynamic optimization has
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iv book, in Chapter 3 we introduce
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vi Acknowledgements Large part of t
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viii Contents III Optimal Control 1
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x Contents Symbols and Acronyms Log
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xii Contents Dynamical Systems x(k)
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Chapter 1 Main Concepts In this Cha
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1.1 Optimization Problems 5 Active,
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1.2 Convexity 7 Operations preservi
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Chapter 2 Optimality Conditions 2.1
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2.2 Lagrange Duality Theory 11 wher
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2.3 Complementary Slackness 13 Note
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2.4 Karush-Kuhn-Tucker Conditions 1
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2.4 Karush-Kuhn-Tucker Conditions 1
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Chapter 3 Polyhedra, Polytopes and
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3.2 Polyhedra Definitions and Repre
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3.2 Polyhedra Definitions and Repre
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3.3 Polytopal Complexes 25 Definiti
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3.4 Basic Operations on Polytopes 2
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3.4 Basic Operations on Polytopes 2
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3.4 Basic Operations on Polytopes 3
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3.4 Basic Operations on Polytopes 3
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3.4 Basic Operations on Polytopes 3
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3.5 Operations on P-collections 37
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3.5 Operations on P-collections 39
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3.5 Operations on P-collections 41
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3.5 Operations on P-collections 43
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Chapter 4 Linear and Quadratic Opti
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4.1 Linear Programming 47 4.1.2 Dua
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4.1 Linear Programming 49 x2 c =
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4.1 Linear Programming 51 J(z) 6 5
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4.2 Quadratic Programming 53 0.5z
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4.3 Mixed-Integer Optimization 55 A
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4.3 Mixed-Integer Optimization 57 4
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Part II Multiparametric Programming
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62 5 General Results for Multiparam
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64 5 General Results for Multiparam
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66 5 General Results for Multiparam
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68 5 General Results for Multiparam
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70 5 General Results for Multiparam
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72 5 General Results for Multiparam
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74 6 Multiparametric Programming: a
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76 6 Multiparametric Programming: a
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78 6 Multiparametric Programming: a
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80 6 Multiparametric Programming: a
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- Page 131 and 132: Chapter 7 General Formulation and D
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- Page 165: Part IV Constrained Optimal Control
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182 10 Constrained Optimal Control
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184 10 Constrained Optimal Control
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186 10 Constrained Optimal Control
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188 10 Constrained Optimal Control
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190 10 Constrained Optimal Control
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192 10 Constrained Optimal Control
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194 10 Constrained Optimal Control
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196 11 Receding Horizon Control Mod
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198 11 Receding Horizon Control the
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200 11 Receding Horizon Control and
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202 11 Receding Horizon Control wit
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204 11 Receding Horizon Control fun
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206 11 Receding Horizon Control (A1
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208 11 Receding Horizon Control Sta
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210 11 Receding Horizon Control and
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212 11 Receding Horizon Control the
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214 11 Receding Horizon Control set
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216 11 Receding Horizon Control A d
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218 11 Receding Horizon Control 11.
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220 11 Receding Horizon Control Rem
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222 11 Receding Horizon Control wit
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224 11 Receding Horizon Control Rem
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226 11 Receding Horizon Control the
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228 11 Receding Horizon Control x 2
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230 11 Receding Horizon Control x 2
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232 11 Receding Horizon Control
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234 12 Constrained Robust Optimal C
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236 12 Constrained Robust Optimal C
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238 12 Constrained Robust Optimal C
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240 12 Constrained Robust Optimal C
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242 12 Constrained Robust Optimal C
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244 12 Constrained Robust Optimal C
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246 12 Constrained Robust Optimal C
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248 12 Constrained Robust Optimal C
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250 12 Constrained Robust Optimal C
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252 12 Constrained Robust Optimal C
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254 12 Constrained Robust Optimal C
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256 12 Constrained Robust Optimal C
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258 12 Constrained Robust Optimal C
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260 12 Constrained Robust Optimal C
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262 12 Constrained Robust Optimal C
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264 12 Constrained Robust Optimal C
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266 12 Constrained Robust Optimal C
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268 13 On-line Control Computation
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270 13 On-line Control Computation
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272 13 On-line Control Computation
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274 13 On-line Control Computation
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276 13 On-line Control Computation
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278 13 On-line Control Computation
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280 13 On-line Control Computation
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Chapter 14 Models of Hybrid Systems
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14.2 Piecewise Affine Systems 285 X
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14.2 Piecewise Affine Systems 287 x
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14.2 Piecewise Affine Systems 289 k
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14.3 Discrete Hybrid Automata 291 A
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14.3 Discrete Hybrid Automata 293 e
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14.3 Discrete Hybrid Automata 295
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14.4 Logic and Mixed-Integer Inequa
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14.5 Mixed Logical Dynamical System
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14.7 The HYSDEL Modeling Language 3
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14.7 The HYSDEL Modeling Language 3
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14.7 The HYSDEL Modeling Language 3
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14.8 Literature Review 307 systems
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14.8 Literature Review 309 and allo
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Chapter 15 Optimal Control of Hybri
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15.1 Problem Formulation 313 Consid
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15.2 Properties of the State Feedba
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15.2 Properties of the State Feedba
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15.2 Properties of the State Feedba
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15.3 Properties of the State Feedba
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15.4 Computation of the Optimal Con
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15.6 State Feedback Solution via Re
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15.6 State Feedback Solution via Re
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15.6 State Feedback Solution via Re
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15.6 State Feedback Solution via Re
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15.6 State Feedback Solution via Re
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15.8 Receding Horizon Control 335 U
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15.8 Receding Horizon Control 337 x
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15.8 Receding Horizon Control 339 x
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References [1] L. Chisci A. Bempora
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References 343 [25] A. Bemporad. Re
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References 345 [52] F. Blanchini an
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References 347 [81] B. De Schutter
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References 349 [110] E. G. Gilbert
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References 351 [138] J.N. Hooker. L
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References 353 [164] M. Lazar, D. M
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References 355 [194] K. R. Muske an
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References 357 [222] M. Schechter.
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References 359 [249] R. Vidal, S. S