Summary In this paper, the resource allocation problems of multiagent systems are investigated. Different from well‐studied problems, dynamics agents taken into account in our problem, which results that problem could not be solved by most existing algorithms. Here, form second‐order dynamics, causes difficulties designing and analyzing distributed Based on gradient descent state feedback, two algorithms proposed to achieve optimal allocation, their convergence analyzed constructing suitable...

To increase the variety and security of communication, we present definitions modified projective synchronization with complex scaling factors (CMPS) real chaotic systems systems, where establish a link between chaos chaos. Considering all situations unknown parameters pseudo-gradient condition, design adaptive CMPS schemes based on speed-gradient method for drive system response system, respectively. The convergence dynamical control strength are added to regulate speed robustness....

In this paper, we investigate the oscillation of following higher order delay dynamic equation: on any time scale T with . Here , ( ), is an increasing differentiable function and for some when are two quotients odd positive integers. We give sufficient conditions under which every solution equation either oscillatory or tends to zero. MSC:34K11, 34N05, 39A10.

In this article, the formation problems of multiple quadrotor unmanned aerial vehicles (QUAVs) are studied. contrast to existing results, investigated from perspective aggregative games (AGs). An interesting discovery is that desired can be constituted by Nash equilibrium a quadratic AG. To realize for QUAVs, we design two distributed game-based algorithms. With developed algorithms, QUAVs do not need measure (relative) positions and velocities neighboring which differs By constructing...

A new adaptive fault location technique based on Phasor Measurement Unit (PMU) for transmission line is presented in this paper. Voltage and current phasors of both terminals the are obtained through PMU. The online parameter-calculation algorithm adopted to obtain practical operating parameters when occurs, solving problems that provided by electric power company different from because running environment operation history. suddenly changed voltage utilized positive components solve...

Abstract This paper investigates the problem of global state regulation by output feedback for a class large‐scale nonlinear time‐delay systems with inherent nonlinearities and unknown measurement sensitivity. The uncertain are bounded growth lower triangular unmeasurable (delayed) states multiplied constant, polynomial‐of‐output polynomial‐of‐input. Different from closely related works, simultaneous existence complicated sensitivity makes more involved complex. Based on dynamic gain scaling...

We study the higher‐order neutral dynamic equation for and obtain some necessary sufficient conditions existence of nonoscillatory bounded solutions this equation.

This paper is concerned with solving the distributed resource allocation optimization problem by multi-agent systems over undirected graphs.The objective function a sum of local cost functions associated to individual agents, and variable satisfies global network constraint.The are private data for each agent, which not shared others.A novel gradient-based continuous-time algorithm proposed solve problem.We take an event-triggered communication strategy gradient measurement into account in...

In this paper, the problem of global state regulation by output feedback is investigated for a class uncertain nonlinear systems satisfying some relaxed upper-triangular-type condition. Using linear dynamic gain observer with two gains and introducing appropriate change coordinates, we give constructive design procedure linear-like stabilizing controller. It proved that proposed controller globally regulates all states system maintains boundedness closed-loop system. An example provided to...

In this paper, we study asymptotic behaviour of solutions the following higher order nonlinear dynamic equations and on an arbitrary time scale with sup , where n is a positive integer, or -1 being quotient two odd integers every () rd-continuous function. We obtain some sufficient conditions for equivalence oscillation above equations.

Self-synchronization of time delay implies that the synchronization between time-delay system and original keeps structure parameters systems unchanged, thus these various problems produced by in practice are avoided. Taking a complex Lorenz for example, we investigate its dynamic characteristics influence lag factor. A nonlinear feedback controller is designed to realize self-synchronization system. Numerical simulations verify effectiveness presented controller. The adopts some states all...

A new fault location method based on six-sequence components was developed for parallel lines the analysis of a joint transmission line. In network, ratio root-mean square value current from two terminals is function line impedance, system and distance away buses. equation given to relate these factors. For extremely long lines, distributed capacitance divided by point allocated in lumped parameter eliminate influence accuracy. There no limit type synchronization sampling data. Simulation...

Complex intracellular organizations are commonly represented by dividing the metabolic process of cells into different organelles. Therefore, identifying sub-cellular organelle architecture is significant for understanding structural properties, specific functions, and biological processes in cells. However, discrimination these structures natural organizational environment their functional consequences not clear. In this article, we propose a new pixel-level multimodal fusion (PLMF) deep...