Tham khảo tài liệu 'the mems handbook introduction & fundamentals (2nd ed) - m. gad el hak part 14', kỹ thuật - công nghệ, cơ khí - chế tạo máy phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | 15 Model-Based Flow Control for Distributed Architectures Introduction .15-2 Linearization Life in a Small Neighborhood .15-3 Linear Stabilization Leveraging Modern Linear Control Theory .15-6 The Hi Approach to Control Design Advantages of Modern Control Design for Non-Normal Systems Effectiveness of Control Feedback at Particular Wavenumber Pairs Decentralization Designing for Massive Arrays .15-14 Centralized Approach Decentralized Approach Localization Relaxing Nonphysical Open Questions Compensator Reduction Eliminating Unnecessary Complexity .15-18 Fourier-Space Compensator Reduction Physical-Space Compensator Reduction Nonspatially Invariant Systems Extrapolation Linear Control of Nonlinear Systems .15-20 Generalization Extending to Spatially Developing Flows .15-23 Nonlinear Optimization Local Solutions for Full Navier-Stokes .15-25 Adjoint-Based Optimization Approach Continuous Adjoint vs. Discrete Adjoint Robustification Appealing to Murphy s Law .15-33 Well-Posedness Convergence of Numerical Algorithms Unification Synthesizing a General Decomposition Simulation-Based System Modeling .15-35 Global Stabilization Conservatively Enhancing Stability .15-36 Adaptation Accounting for a Changing Environment .15-37 15-1 2006 by Taylor Francis Group LLC 15-2 MEMS Introduction and Fundamentals Performance Limitation Identifying Ideal Control Thomas R. Bewley University of California Targets .15-37 Implementation Evaluating Engineering Trade-Offs .15-38 Discussion A Common Language for The Future A Renaissance .15-40 As traditional scientific disciplines individually grow toward their maturity many new opportunities for significant advances lie at their intersection. For example remarkable developments in control theory in the last few decades have considerably expanded the selection of available tools which may be applied
