During the epidemic, a large number of patients flooded into hospitals, leading to a shortage of hospital resources and placing greater work pressure and infection risks on medical staff. Automated Guided Vehicles (AG...
详细信息
ISBN:
(纸本)9798350366907;9789887581581
During the epidemic, a large number of patients flooded into hospitals, leading to a shortage of hospital resources and placing greater work pressure and infection risks on medical staff. Automated Guided Vehicles (AGVs) offer a promising solution for indoor inspection, alleviating the shortage of healthcare personnel and preventing the spread of viruses to the outside. This paper focuses on utilizing AGVs to collect patient vital sign monitoring data, effectively mitigating the shortage of medical personnel and avoiding virus transmission. During the process of finding the optimal path by AGVs, encountering zero resultant force hindered path exploration and led to the occurrence of local minima. This paper proposes a hybriddifferential evolution-based artificial potential field algorithm (HDE-APF), where the differential evolution-based artificial potential field algorithm(DE-APF) introduces an adaptive weighting algorithm and simplifies repulsive forces during the optimization process to address issues such as unreachable targets and local minima.
During the epidemic, a large number of patients flooded into hospitals, leading to a shortage of hospital resources and placing greater work pressure and infection risks on medical staff. Automated Guided Vehicles(AGV...
详细信息
ISBN:
(数字)9789887581581
ISBN:
(纸本)9798350366907
During the epidemic, a large number of patients flooded into hospitals, leading to a shortage of hospital resources and placing greater work pressure and infection risks on medical staff. Automated Guided Vehicles(AGVs) offer a promising solution for indoor inspection, alleviating the shortage of healthcare personnel and preventing the spread of viruses to the outside. This paper focuses on utilizing AGVs to collect patient vital sign monitoring data, effectively mitigating the shortage of medical personnel and avoiding virus transmission. During the process of finding the optimal path by AGVs, encountering zero resultant force hindered path exploration and led to the occurrence of local minima. This paper proposes a hybriddifferential evolution-based artificial potential field algorithm(HDE-APF), where the differential evolution-based artificial potential field algorithm(DE-APF) introduces an adaptive weighting algorithm and simplifies repulsive forces during the optimization process to address issues such as unreachable targets and local minima.
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