Intelligent control of mechatronic systems
Intelligent control of mechatronic systems
... the control of marine shafting systems A case study on the application of intelligent control in marine shafting systems modeled as a chained multiple mass-spring system is presented where the control ... increasingly complex systems have led to extensive research in the field of control theory to develop novel control methodologies or to extend existing control desig...
robust adaptive model predictive control of nonlinear systems
... Frontiers of Model Predictive Control Robust Model Predictive Control Nonlinear Model Predictive Control Excellent Applications Guide for Researchers and Engineers Recent Achievements of Authors ... model predictive control: Stability and optimality, Automatica 36: 789–814 www.intechopen.com Robust Adaptive Model Predictive Control of Nonlinear Sy...
Analysis and Control of Linear Systems - Chapter 0 pptx
... control of linear systems/ edited by Philippe de Larminat p cm ISBN-13: 97 8-1 - 905 20 9-3 5-4 ISBN- 10: 1-9 05 20 9-3 5-5 Linear control systems Automatic control I Larminat, Philippe de TJ2 20. A5313 200 6 ... 200 6 629.8'32 dc22 200 603 3665 British Library Cataloguing-in-Publication Data A CIP record for this book is available from the British Library ISBN...
Analysis and Control of Linear Systems - Chapter 1 pptx
... values of ξ 10 -1 0 -2 0 Phase (degree) -3 0 -4 5 -9 0 -1 35 -1 80 T1 T2 Figure 1. 23 Bode diagram of a second order system with ξ ≥ 32 Analysis and Control of Linear Systems Figure 1. 24 Bode diagram of ... ) πfT0 41 42 Analysis and Control of Linear Systems 1. 7 Bibliography [AZZ 88] D’ÀZZO J.J., HOUPIS C.H., Linear Control System An...
Analysis and Control of Linear Systems - Chapter 3 pps
... parts The analysis and manipulation of signals and discrete-time systems are presented in sections 3. 2 and 3. 3 The discretization of continuous-time systems and certain concepts of the sampling ... rows of the table ( a0 , b0 , c0 , etc.) are all strictly positive 94 Analysis and Control of Linear Systems NOTE 3. 3.– the class of rational systems th...
Analysis and Control of Linear Systems - Chapter 4 ppt
... 110 Analysis and Control of Linear Systems The object of this chapter is to describe certain structural properties of linear systems that condition the resolution of numerous control problems ... Journal of Control, vol 72, no 15, p 139 2-1 40 1, 1999 [MOR 73] MORSE A.S., “Structural invariants of linear multivariable systems , SIAM Journal of Control...
Analysis and Control of Linear Systems - Chapter 5 pptx
... zero of a module close to and of argument 2π ν0 , then the ˘ power spectrum is almost zero in the proximity of ν0 152 Analysis and Control of Linear Systems Figure 5. 1 Typical power spectrum of ... y2 [5. 9] 144 Analysis and Control of Linear Systems On the other hand, the Fourier transform preserves the energy (Parseval theorem) Indeed, the energy of a c...
Analysis and Control of Linear Systems - Chapter 6 ppsx
... case of multi -control systems at the expense of additional developments (see [DOR 95, FRI 86] ) 188 Analysis and Control of Linear Systems Figure 6. 10 Control by the observer, compared to control ... stronger control 1 76 Analysis and Control of Linear Systems Figure 6. 6 Stabilization by quadratic optimization Kalman’s Formalism for State Stabiliza...
Analysis and Control of Linear Systems - Chapter 7 docx
... 0.35 0. 37 0.38 0.39 0.40 0.4 07 0.413 T u /T n 0.104 0.22 0.32 0.41 0.49 0. 57 0.64 0 .71 0 .77 T n /τ 2 .7 3 .7 4.46 5.12 5 .7 6.2 6 .7 7.2 7. 7 T u /τ 0.28 0.8 1.42 2.1 2.81 3.55 4.31 5.08 5. 87 ti /τ ... N20 + n2 [7. 18] Qe = Qe0 + Q0 [7. 19] Qs1 = K1 [7. 20] N10 + n1 The limited development of the square root leads to: Qs1 = K1 N10 + n1 N10 [7. 21] 202 Analysis and Contro...
Analysis and Control of Linear Systems - Chapter 8 ppsx
... 2 28 Analysis and Control of Linear Systems 8. 1.1 About linear equations The specific techniques of linear differential equations are fundamentally ... extension of the notations introduced at the 236 Analysis and Control of Linear Systems beginning of this chapter, we will deal with equations of the form: ◦ x (t) = f (x, t), x(t0 ) = x0 [8. 29] ... wher...
Analysis and Control of Linear Systems - Chapter 9 pot
... Linear Systems Then, we create Table 9. 1 (with n + rows) an an-2 an-4 … an-1 an-3 an-5 … b1=an-2 -an an-3 /an-1 b2=an-4 -an an-5 /an-1 b3=an-6 -an an-7 /an-1 … c1=an-3 -b2 an-1 /b1 c2=an-5 -b3 an-1 ... approximations [9. 10] and [9. 11]: If µ ( jω ) β ( jω ) >> then S ( jω ) ≈ E ( jω ) β ( jω ) [9. 10] If µ ( jω ) β ( jω )
Analysis and Control of Linear Systems - Chapter 10 doc
... 284 Analysis and Control of Linear Systems 10. 1.1 Analysis of systems behavior 10. 1.1.1 Static errors For a zero static error: – with respect ... Figure 10. 3 288 Analysis and Control of Linear Systems Figure 10. 3 Corrector in a looped system The control magnitude can be a function of ε , x, b or e Based on the signals considered and the ... system...
Analysis and Control of Linear Systems - Chapter 11 pptx
... of PGCD and PPCM of polynomials If G and L are respectively the PGCD and the PPCM of A and B (A, B, G and L ∈ℜ[x]), we will write: G = A ∧ B and L = A ∨ B 330 Analysis and Control of Linear Systems ... to the asymptotic follow-up of a step function setting (see section 11. 2.2) 340 Analysis and Control of Linear Systems Figure 11. 2 Choice of t...
Analysis and Control of Linear Systems - Chapter 12 pptx
... the number of estimated values of the sequence 376 Analysis and Control of Linear Systems 12. 2 Generalized predictive control (GPC) 12. 2.1 Formulation of the control law The objective of this section ... on the control; – λ : weighting coefficient on the control [12. 6] 378 Analysis and Control of Linear Systems 12. 2.1.4 Synthesis of the equival...
Từ khóa:
- feedback control of computing systems
- robust optimal control of timedelay systems based on razumikhin theorem
- optimal control of switched systems with time delay
- optimal control of timedelay systems by dynamic programming
- optimal control of linear systems with time delay and observation noise
- discrete event control of manufacturing systems
- dynamics and control of aerospace systems
- stiffness control of biomimetic systems through recruitment of bundle elastomeric actuators