the proceedings contain 45 papers. the topics discussed include: a deterministic gossiping algorithm for the synchronization of multi-agent systems;a closed loop stability condition of switched systems applied to NCSs...
the proceedings contain 45 papers. the topics discussed include: a deterministic gossiping algorithm for the synchronization of multi-agent systems;a closed loop stability condition of switched systems applied to NCSs with packet loss;nonlinear pi rate control in bottleneck links: application to teleoperation systems;plug-and-play reconfiguration of locally interconnected systems with limited model information;a linear programming framework for networkedcontrol system design;a new perspective to synchronization in networks of coupled oscillators: reverse engineering and convex relaxation;learning without recall: a case for log-linear learning;localized distributed Kalman filters for large-scale systems;distributed optimization for multi-task learning via nuclear-norm approximation;complexity of the minimum input selection problem for structural controllability;control of stochastic evolutionary games on networks;and travelling waves in a multi-agent system with general graph topology.
this paper investigates the synthesis of distributed algorithms to solve a class of convex games. We first propose a distributed algorithm which enables abstract decision-makers and dynamically coupled linear physical...
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this paper considers the synchronization problem of multi-agent SISO systems with general unidirectional communication structures. A distributedcontrol strategy is presented which relies on relative output difference...
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A three-tiered distributed architecture is proposed in which agents would independently estimate formation states, determine position assignment, and achieve and hold formation. Simulations of formation flying spacecr...
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A three-tiered distributed architecture is proposed in which agents would independently estimate formation states, determine position assignment, and achieve and hold formation. Simulations of formation flying spacecraft in a low earth orbit are provided to demonstrate a practical case for the proposed three layer structure. Major advantages of such an approach are the relaxation of communcation constraints and increased fuel efficiency. (C) 2016, ifac (International Federation of Antomatic control) Hosting by Elsevier Ltd. All rights reserved.
this paper considers stability and performance for a sampled data system with a distributedcontroller, time-varying delay, quantization, saturation, and external disturbances. We decompose the overall system into two...
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In this paper we introduce a distributed consensus-based Kalman filter for distributed state estimation of continuous-time systems. In particular, we achieve stability of the estimation error only assuming that all ag...
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In this paper we introduce a distributed consensus-based Kalman filter for distributed state estimation of continuous-time systems. In particular, we achieve stability of the estimation error only assuming that all agents together are able to observe the system, which is in contrast to each agent possessing this property individually. the algorithm is implementable without any precomputation of filter parameters, such as coupling strength, or global knowledge about the graph. (C) 2016, ifac ( International Federation of Automatic control) Hosting by Elsevier Ltd. All rights reserved.
this paper investigates the stability of discrete-time linear systems with stochastic delays. We assume that delays are modeled as random variables, which take values in integers with a certain probability. For the sc...
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this paper concerns the self-organizing networkedcontrol of heterogeneous agents that have to follow a common command signal and may be faulty. In addition to a basic communication, the agents request further informa...
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In this paper we address the problem of fault resilient estimation for large-scale systems, where the measurements are possibly corrupted due to faults of low-cost sensors. As a toy application, we consider the proble...
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In this paper we address the problem of fault resilient estimation for large-scale systems, where the measurements are possibly corrupted due to faults of low-cost sensors. As a toy application, we consider the problem of localization in Sensor Networks (SN). We propose a distributed solution based on a recently developed generalized descent algorithm. To cope with real-world applications, the algorithm we propose is suitable for an asynchronous implementation and is numerically robust to non ideal communications, i.e., packet-losses. Under mild assumptions, theoretical convergence of the algorithm is shown. the algorithm is compared with a recently developed ADMM-based algorithm for robust state estimation. (C) 2016, ifac (International Federation of Automatic control) Hosting Elsevier Ltd. All rights reseirved.
作者:
Kundu, SoumyaAnghel, Marian
Los Alamos National Laboratory Los AlamosNM87544 United States
Los Alamos National Laboratory Los AlamosNM87544 United States
We provide a distributed coordinated approach to the stability analysis and control design of large-scale nonlinear dynamical systems by using a vector Lyapunov functions approach. In this formulation the large-scale ...
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