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PINNING SYNCHRONIZATION CONTROL PERFORMANCE
Conferência Brasileira de Dinâmica, Controle e Aplicações, 2011In this work we address the problem of controlling a complex network toward a synchronous evolution by using pinning control strategy. Considering this control approach, we investigate the effect of the number of pinned nodes and how the strategy performance behaves in accordance with the type of nodes that are chosen as the ones over which the control
Luiz Felipe R. Turci, Elbert E. N. Macau
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H∞ Control with Synchronous Controller Switching
2002In this chapter, we consider H∞ control problems that employ synchronous state and output feedback controller switching. These problems are of interest in their own right but will also be used in the following chapters as a theoretical tool in robust stabilizability problems.
Andrey V. Savkin, Robin J. Evans
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Distributed attitude synchronization control
IEEE Conference on Decision and Control and European Control Conference, 2011In this paper we consider the problem of constructing feedback control laws for a system of n agents that shall synchronize their attitudes in SO(3). We propose distributed controllers for two synchronization problems, in which the objective is the same, to synchronize the orientations, but what the agents can perceive or communicate differs.
Johan Thunberg +2 more
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1973
The synchronous motor has found application where a precise constant speed drive was required and especially where a number of machines must run in synchronism. A typical example is in textile mills. Disadvantages such as double excitation (an a. c. armature winding and a d. c.
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The synchronous motor has found application where a precise constant speed drive was required and especially where a number of machines must run in synchronism. A typical example is in textile mills. Disadvantages such as double excitation (an a. c. armature winding and a d. c.
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2018
The grids for transmission and distribution of electric energy have an ever-increasing share of static power converters. They include the source-side converters, the bus converters, and the load-side converters. Typical source-side converters are the inverters that collect the electric energy from the wind power plants or solar power plants, convert ...
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The grids for transmission and distribution of electric energy have an ever-increasing share of static power converters. They include the source-side converters, the bus converters, and the load-side converters. Typical source-side converters are the inverters that collect the electric energy from the wind power plants or solar power plants, convert ...
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Self-synchronization and controlled synchronization of dynamical systems
1997 European Control Conference (ECC), 1997A general definition of synchronization of dynamical systems is given capturing features of both self-synchronized systems and systems synchronized by means of control. It has been demonstrated for important special cases of "master-slave" and coupled systems that synchronizing control may be designed using feedback linearization or passification ...
Blekhman, I.I. +3 more
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Inter-stream synchronization control with group synchronization algorithm
2013 IEEE 2nd Global Conference on Consumer Electronics (GCCE), 2013In this paper, we propose inter-stream synchronization control which uses a group (or inter-destination) synchronization algorithm. The control can attain high quality of intra-stream synchronization of multiple media streams by allowing inter-stream synchronization errors among the media streams to some extent.
Hiroya Sannomiya +4 more
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FEEDBACK SYNCHRONIZATION USING POLE-PLACEMENT CONTROL
International Journal of Bifurcation and Chaos, 2000Synchronization in chaotic systems has become an active area of research since the pioneering work of Pecora and Carroll. Most existing works, however, rely on a passive approach: A coupling between chaotic systems is necessary for their mutual synchronization.
TONELLI, ROBERTO, Lai Y. C, Grebogi C.
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Control Theory and Synchronization
2015This chapter focuses on the main concepts necessary to a proper understanding of the topics developed in this book. In reading this chapter, the emphasis should be on definitions, and in addition, some examples will be given in order to clarify the concepts of control theory and synchronization.
Rafael Martínez-Guerra +2 more
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Synchronous Waveform Clock Synchronization Without a System Controller
MILCOM 2018 - 2018 IEEE Military Communications Conference (MILCOM), 2018A Frequency-Hopped Spread Spectrum (FHSS) satellite communication network operating over a transponder satellite channel employs a hub capability to provide a reference time and network control. This hub capability is referred to as a System Controller (SC).
George M. Vachula +4 more
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