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Situational Awareness in Public Health Preparedness Settings

机译:公共卫生防范环境中的情境意识

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September 11 2001 attacks and following Anthrax mailings introduced emergent need for developing technologies that can distinguish between man made and natural incidents in the public health level. With this objective in mind, government agencies started a funding effort to foster the design, development and implementation of such systems on a wide scale. Public health surveillance systems showed great potential for the improvement of the nation's preparedness against the threat of bioterrorist attacks.But the outcomes have not met the expectations set by the resources invested. Multiple elements explain this phenomenon: As it has been frequent with technology, introduction of new surveillance systems to the workflow equation has occurred without taking into consideration the need for understanding and inclusion of deeper personal, psychosocial, organizational and methodological concepts. The environment, in which these systems are operating, is complex, highly dynamic, uncertain, risky, and subject to intense time pressures. Such 'difficult' environments are very challenging to the human as a decision maker. In this paper we will challenge these systems from the perspective of human factors design. We will propose employment of systematic situational awareness research for design and implementation of the next generation public health preparedness infrastructures. We believe that systems designed based on results of such analytical definition of the domain enable public health practitioners to effectively collect the most important cues from the environment, process, interpret and understand the information in the context of organizational objectives and immediate tasks at hand, and use that understanding to forecast the short term and long term impact of the events in the safety and well being of the community.
机译:2001年9月11日的袭击以及炭疽热邮件的出现,迫切需要开发可以在公共卫生级别区分人为事件和自然事件的技术。考虑到这一目标,政府机构开始了一项筹资工作,以促进大规模设计,开发和实施此类系统。公共卫生监测系统显示出巨大的潜力,可以改善国家抵御生物恐怖袭击的准备,但结果并未达到所投入资源设定的期望。有多种因素可以解释这种现象:由于技术的频繁使用,在工作流程方程式中引入了新的监视系统,而没有考虑到理解和包含更深层次的个人,社会心理,组织和方法论概念的需要。这些系统在其中运行的环境是复杂的,高度动态的,不确定的,有风险的,并且承受着巨大的时间压力。这种“艰难”的环境对决策者来说是非常具有挑战性的。在本文中,我们将从人为因素设计的角度挑战这些系统。我们将建议采用系统的态势感知研究,以设计和实施下一代公共卫生防备基础设施。我们相信,基于此类领域的分析定义结果设计的系统使公共卫生从业人员能够有效地从环境中收集最重要的线索,在组织目标和当前任务的背景下处理,解释和理解信息,以及利用这种理解来预测事件对社区安全和福祉的短期和长期影响。

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