Asynchronous machines are predominantly preferred in industrial sectors for its reliability. Power quality perturbations have a greater impact on industries; among the different power events, voltage fluctuations most common and that may cause adverse effect machine's operation since they longer enduring. The article discusses numerical technique evaluating asynchronous motors while taking into...

The paper deals with synthesis of sequential circuits defined by their algorithmic state machine notation. Such circuits have a number of specific properties which enable efficient design of the circuits by utilizing so-called linearization techniques. A typical linearization technique includes calculation of autocorrelation values for a system of logic functions corresponding to the circuit. F...

The need for scalable numerical solutions has motivated the development of asynchronous parallel algorithms, where a set of nodes run in parallel with little or no synchronization, thus computing with delayed information. This paper studies the convergence of the asynchronous parallel algorithm ARock under potentially unbounded delays. ARock is a general asynchronous algorithm that has many app...

This paper deals with a nonlinear system control technique, called by state feedback. The application is on the speed of three-phase asynchronous motor, but this time return states controlled so we are faced an interconnected mathematical structure, advantage type assurance robustness against sudden parametric variations especially at full load or long-term traction work. A series simulations w...

Federated learning has been widely paid attention as a new type of distributed machine that can protect data privacy and ensure security. Asynchronous federation learning, variant traditional effectively improve model training efficiency. The introduction incentive mechanism help asynchronous to utility effectively. A federated is constructed using the Stackelberg game, which optimizes central ...

We propose an extension of the Finite State Machine framework in distributed systems, using input/output partial order automata (IOPOA). In this model, transitions can be executed non-atomically, reacting to asynchronous inputs on several ports, and producing asynchronous output on those ports. We develop the formal framework for distributed testing in this architecture and compare with the syn...

In this article we study the convergence of the positions of a multi-agent system in a cyclic pursuit under asynchronism and time delays. Each agent is assumed to operate on an infinite sequence of behaviors modeled by a finite state machine, which is represented by a discrete asynchronous mathematical model on a higher-level. The results on the convergence of the synchronous model is used in t...