Titlebook: Complex Systems and Their Applications; Fourth International Eric Campos-Cantón,Guillermo Huerta-Cuellar,Esteba Conference proceedings 2024

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Wirtschaftlichkeit im Stoffaufwand,y. Conventional techniques for addressing inverse kinematics problems might prove insufficient when dealing with manipulators featuring intricate joint configurations. This chapter suggests the utilization of neural computation, particularly an Artificial Neural Network (ANN), to determine the neces

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,Werkstoff- und Werkteilführungen,voltage membrane variable. For this memristive neuron model, we use local analysis to determine conditions for the emergence of different pattern of action potentials. Then, a flux-controlled memristor with a hyperbolic tangent memductance function is used to connect two of these models; for this ar

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Das Gestalten von Stempel und Schnittplatte,different ways resulting in multi-switching behavior. While some successful instances are documented in the literature, a generic solution to this complex problem remains elusive. This research aims to systematically explore multi-switching compound synchronization among nonidentical chaotic systems

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,Werkstoffe für den Werkzeugbau,ms, this method solves in an analytical, didactic, systematic, and effective way. Most of the sequential systems of the industry include the time function into their logical sequence. This method can solve from simple problems where a single timer is applied to complex systems that use more timers,

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https://doi.org/10.1007/978-3-662-42468-1 of mass (CM) do not depend explicitly on time. A non-iterative mixed sensitivity control (MSC) and a calculated torque control law guaranteeing stability and assigning a desired output stationary state for the closed-loop system are proposed. A mixed sensitivity control (MSC) is designed for a line

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