The growing adoption of hardware accelerators driven by their intelligent compiler and runtime system counterparts has democratized ML services and precipitously reduced their execution times. This motivates us to shi...
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complex economic models often describe the agent's decisions, i.e. choice of some controlled variables in accordance with criteria set by agents. Unlike purely statistical ones, agent-based models allow to describ...
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Power quality is an urgent issue and is of the highest priority, especially for complex and technologically advanced devices, whose efficiency is dependent on the quality of the supply. Concerns about power quality is...
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This paper presents the modeling and control of an aerial manipulation system that consists of two subsystems: an aerial platform represented by a hexacopter (DJI F550) and a lightweight three-degree-of-freedom (3-DOF...
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Planning the collision-free, simultaneous movement of multiple agents is a fundamental problem in multi-robot systems and becomes particularly challenging in highly confined environments. This paper addresses this pro...
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ISBN:
(数字)9781665405935
ISBN:
(纸本)9781665405935
Planning the collision-free, simultaneous movement of multiple agents is a fundamental problem in multi-robot systems and becomes particularly challenging in highly confined environments. This paper addresses this problem by first searching for collision-free paths in a discretized environment and then optimizing the agents' dynamically feasible trajectories along the discrete paths with respect to energy and time. Our approach extends the available movement options at each planning step of the enhanced conflict-based search and results in shorter path lengths, faster planning times, and reduced number of waiting events for agents at waypoints. We compare our new approach with the original algorithm in a simulation study and investigate the performance in confined spaces.
With the development of remote control and telemetry technology, the application of UAV is more and more extensive, and the requirement of UAV flight control is higher and higher. In order to enhance the stability of ...
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Multi-level, hybrid models and simulations, among other methods, are essential to enable predictions and hypothesis generation in systems biology research. However, the computational complexity of these models poses a...
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The article discusses a novel approach for optimizing atomic-molecular structures in extra-large clusters, focusing on reducing computational complexity and applying parallel computing techniques. A three-stage c...
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Quadruped Robots require the capability to traverse complex and demanding surroundings found in natural landscapes, urban areas, and industrial facilities. However, achieving efficient and flexible control of these sy...
This paper investigates the cooperative adaptive environment identification and the force controlproblems for heterogeneous Euler-Lagrange systems. A distributed adaptive control law is designed to identify the exter...
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