Mobile Remote Assistance with Augmented Reality Applied in a Power Distribution Utility: A Qualitative Study

Paula Zenni Lodetti, Aguinaldo dos Santos, L. T. Hattori, E. G. Carvalho, M. A. Martins
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Abstract

In Industry 4.0 scenario, new technologies have emerged to improve daily industrial activities. Among these technologies, Remote Assistance (RA) techniques adoption is growing in several sectors, in order to improve cooperation between staffs. This approach combined with Augmented Reality (AR) can be even more effective and assertive during the interactions. In the specific context of Power Distribution Utilities (PDU), an efficient communication between the electricians is usually required. With this in mind, this paper presents a qualitative analysis of the testing, deployment and operation of a RA with AR system applied in a PDU from São Paulo Metropolitan Region. This evaluation was performed through a survey with a group of 98 electricians over four months using the technology. The survey included questions about adequacy, usability, communication, applicability and acceptance of the system. The results showed more than 80% of positive and neutral rates of the technology in all evaluated qualitative features.
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基于增强现实的移动远程辅助在配电设施中的应用:定性研究
在工业4.0场景中,新技术已经出现,以改善日常工业活动。在这些技术中,为了改善员工之间的合作,远程协助(RA)技术在几个部门的采用正在增加。这种方法与增强现实(AR)相结合,可以在交互过程中更加有效和自信。在电力分配公用事业(PDU)的特定环境中,通常需要电工之间的有效沟通。考虑到这一点,本文对圣保罗大都市区PDU中应用的带有AR系统的RA的测试、部署和运行进行了定性分析。这项评估是通过对98名电工进行为期4个月的调查来完成的。调查的问题包括系统的充分性、可用性、沟通、适用性和接受度。结果表明,在所有评价的定性特征中,该技术的阳性和中性率超过80%。
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