Mathematical Control Theory II

<p>1 Open Loop Control of Higher Order Systems, Paul A. Fuhrmann and Uwe Helmke.- 2 Bilinear Differential Forms and the Loewner Framework for Rational Interpolation, P. Rapisarda and A.C. Antoulas.- 3 Noninteraction and Triangular Decoupling Using Geometric Control Theory and Transfer Matrices, Jacob van der Woude.- 4 Simultaneous Stabilization Problem in a Behavioral Framework, Osamu Kaneko.- 5 New Properties of ARE Solutions for Strictly Dissipative and Lossless Systems, Chayan Bhawal, Sandeep Kumar, Debasattam Pal and Madhu N. Belur.- 6 Stochastic Almost Output Synchronization for Time-Varying Networks of Non-Identical and Non-Introspective Agents Under External Stochastic Disturbances and Disturbances with Known Frequencies, Meirong Zhang, Anton A. Stoorvogel and Ali Saberi.- 7 A Characterization of Solutions of the ARE and ARI, A. Sanand Amita Dilip and Harish K. Pillai.- 8 Implementation of Behavioral Systems, Diego Napp and Paula Rocha.- 9 Synchronization of Linear Multi-Agent Systems with Input Nonlinearities via Dynamic Protocols, Kiyotsugu Takaba.- 10 Strong Structural Controllability of Networks, Nima Monshizadeh.- 11 Physical Network Systems and Model Reduction, Arjan van der Schaft.- 12 Interconnections of L2-Behaviors - Lumped Systems, Shiva Shankar.- 13 On State Observers – Take 2, Jochen Trumpf.- 14 When is a Linear Complementarity System Disturbance Decoupled?, Anneroos Everts and Kanat Camlibel.</p>