Addressing the existing gap in ethical research surrounding distinct technical characteristics of Robotic Process Automation enhanced with Artificial Intelligence (AI-RPA), this analysis examines the unique ethical di...Addressing the existing gap in ethical research surrounding distinct technical characteristics of Robotic Process Automation enhanced with Artificial Intelligence (AI-RPA), this analysis examines the unique ethical dimensions by positioning AI-RPA as a distinct technological subdivision. From an analytical perspective, this study highlights key characteristics such as minimal reliance on programming, rapid development cycles, and restricted algorithmic control, which differentiate AI-RPA from traditional AI systems. These characteristics underscore the need for tailored ethical considerations, to identify ethical perils within AI-RPA’s technological origins. By positioning AI-RPA as a distinct subdivision and examining its unique characteristics alongside their emerging ethical challenges, this paper enriches the evolving discourse on AI ethics, providing valuable insights for researchers, policymakers, and organizations implementing AI-RPA technologies.展开更多
文摘Addressing the existing gap in ethical research surrounding distinct technical characteristics of Robotic Process Automation enhanced with Artificial Intelligence (AI-RPA), this analysis examines the unique ethical dimensions by positioning AI-RPA as a distinct technological subdivision. From an analytical perspective, this study highlights key characteristics such as minimal reliance on programming, rapid development cycles, and restricted algorithmic control, which differentiate AI-RPA from traditional AI systems. These characteristics underscore the need for tailored ethical considerations, to identify ethical perils within AI-RPA’s technological origins. By positioning AI-RPA as a distinct subdivision and examining its unique characteristics alongside their emerging ethical challenges, this paper enriches the evolving discourse on AI ethics, providing valuable insights for researchers, policymakers, and organizations implementing AI-RPA technologies.
文摘为了保障食品公共卫生安全,基于实时荧光重组酶聚合酶扩增技术(RT-RPA),针对鼠伤寒沙门菌、沙门菌血清型4,[5],12:i:-共同携带的STM4495基因以及鼠伤寒沙门菌携带的flj B1,2基因,设计2条探针和一系列候选引物,并进行引物筛选、特异性试验、敏感性试验、各种方法比较检测和人工污染试验,建立一种快速检测鼠伤寒沙门菌与沙门菌血清型4,[5],12:i:-的双重RT-RPA方法。结果显示,该方法在39℃条件下20 min内完成检测,鼠伤寒沙门菌与沙门菌血清型4,[5],12:i:-的检测下限分别为25.6和251CFU/0.1 m L,不能检出其他肠道致病菌,针对猪产业链及临床样品来源的99株沙门菌与PCR、RT-PCR方法的检测结果一致,针对人工污染样品的检测结果与传统培养法一致。本研究成功建立了一种快速检测鼠伤寒沙门菌与沙门菌血清型4,[5],12:i:-的双重RT-RPA方法,具有特异性高、敏感性强的特点,快速简便,20min获取检测结果,在新鲜猪肉、临床病猪肝样品中得到初步应用。
