... such that the PHEV can use a range of batteries while providing corresponding optimal fuel economy. A novel feedback-based controller for the charge sustaining mode is proposed to facilitate distributed controller design for battery CSM. The method based on sensitivity analysis of the control signals with respect...

... Kushner , H. , 1971 , Introduction to Stochastic Control, Holt , Rinehart and Winston , New York . 9 Doob , J. , 1953 , Stochastic Processes , Wiley , NY , Chap. III. 13 08 2008 30 04 2011 11 11 2011 11 11 2011 distributed control feedback hysteresis...

.... The real time corresponding to the trajectories shown in Fig. 4 was 48 s, while the CPU time (computation time) of each of the agents in the distributed control architecture was under 3 s. Speed and steer controls for each of the six agents for the coordinated motion shown in Fig. 4...

... , A. , Xiao , X. , Rathinam , S. , Tisdale , J. , Zennaro , M. , Caveney , D. , Sengupta , R. , and Hedrick , J. K. , 2006 , “ A Modular Software Infrastructure for Distributed Control of Collaborating UAVs ,” Proceedings of the AIAA Conference on Guidance, Navigation...

... an assigned evader. A simple, single-step dissipative control strategy, which results in undesirable control chatter, is considered first. A distributed control logic is then introduced, in order to ameliorate the chatter problems. In this new logic, the dissipative control action is spread out over a time...

...A. Sinha; D. Ghose In this paper, behavior of a group of autonomous mobile agents under cyclic pursuit is studied. Cyclic pursuit is a simple distributed control law, in which the agent i pursues agent i + 1 mod n . The equations of motion are linear, with no kinematic constraints on motion...

... a feedback control problem of the Mach number in a wind tunnel. 18 11 2004 26 04 2006 flow control periodic control optimal control distributed control nonlinear dynamical systems feedback partial differential equations hyperbolic equations actuators variational techniques wind...

... achieve stable trajectory tracking with the distributed controller 53 if the response of each module is globally uniformly bounded by its corresponding single-axle controller. The distributed controller is designed for a multiaxle CFMMR based on the above single-axle controller. That is to say...

...) gray box nondimensional artificial neural network (NDANN) automotive components rotational flow valves hydraulic systems jets power transmission (mechanical) design engineering flow control distributed control mechanical engineering computing neural nets 10 08 2004 03 09...

... delays distributed control state estimation magnetic levitation stochastic processes predictive control networked control system time delays packet losses model prediction Networked control systems (NCSs) contain sensors, actuators, and estimation and control units connected via...

...H. S. Tzou, ASME Fellow; J. H. Ding Paraboloidal shells of revolution are commonly used in communication systems, precision opto-mechanical systems and aerospace structures. This study is to investigate the precision distributed control effectiveness of adaptive paraboloidal shells laminated...

... the desired trajectory while simultaneously suppressing the vibrational transients in the arm. flexible manipulators multidimensional systems distributed control asymptotic stability variable structure systems stability vibration control boundary-value problems control system synthesis...