RURALSIM:农村EMS模拟器的设计与实现。

L J Shuman, H Wolfe, M J Gunter
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引用次数: 0

摘要

为什么这些模拟技术的应用不成功?狭隘主义、紧急医疗服务规划的志愿性质以及在地方一级解决这些复杂问题的区域承诺有限,所有这些加在一起构成了实施的重大障碍。造成最大障碍的政治因素包括:地方政府对EMS活动的资金和监管持保守态度;反对政府对私营部门的干预;对EMS强制性标准的抵抗力强;ems相关机构之间的管辖权争议;地方政府之间缺乏合作;院前护理提供者之间和医院之间的竞争;在规划和提供服务时过分强调地方管辖范围;救护车等紧急医疗服务资源的分配应根据政治优先事项,而不是更客观的标准。根据四次实地试验的结果,以下观察结果是相关的:RURALSIM是一个非常复杂的模拟器。虽然已尽一切努力确保普遍性,但对于任何特定情况,都需要进行大量修改和调整。其结果是一个模型能够处理相当多样化的情况,但不能交给一般公众使用。RURALSIM的实施需要匹兹堡大学研究团队的参与。现在可用的较新的模拟语言在一定程度上缓解了这个问题。2. RURALSIM的复杂性需要检查当地规划者提出的不同替代方案。这是特别需要的,以便模拟每个区域的现有系统。这种“基线”模拟是必要的,以便达到表面有效性,并为比较备选方案提供基础。3.事后看来,一个主要的弱点是当地规划者和决策者与匹兹堡大学工作人员之间面对面交流的数量有限。只有两次前往该地区的旅行列入预算。事实证明这是不够的,并将模型解释和分析的太多责任放在了当地承包商身上。4. 在这四个试验点中,承包商和/或当地卫生规划人员都没有权力、影响力和/或动力来开发地区性的EMS系统。特别是,没有一个承包商处于决策者的位置,也从来没有一个决策者。这并不是对承包商的批评,他们在困难的环境下尽了最大的努力。相反,它是对上世纪80年代初美国新兴市场体系发展状况的批评。在面对地方利益集团的严重反对时,区域制度成功发展的例子很少。(摘要删节为400字)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RURALSIM: the design and implementation of a rural EMS simulator.

Why were these applications of simulation technology unsuccessful? Parochialism, the volunteer nature of EMS planning, and limited regional commitment to resolve such complex problems at the local level all combined to present significant barriers to implementation. Political factors which posed the most significant barriers included: conservative attitudes concerning the funding and regulation of EMS activities by local governments; general opposition to governmental intervention in the private sector; strong resistance to mandatory standards for EMS; jurisdictional disputes between EMS-related agencies; lack of cooperation between the local governments; competition between prehospital-care providers and between hospitals; overemphasis on local jurisdictional boundaries in the planning and delivery of services; and the allocation of EMS resources, such as ambulances, according to political priorities, rather than more objective criteria. Based upon the results of the four field tests, the following observations are relevant: 1. RURALSIM is a very complex simulator. While every effort was made to assure generalizability, for any given situation, it required extensive modification and tailoring. The result was a model capable of handling a rather diverse set of situations, but one that could not be turned over to the general public for use. To implement RURALSIM required the participation of the University of Pittsburgh research team. The newer simulation languages now available alleviate this problem somewhat. 2. RURALSIM's complexity was needed to examine the different alternatives proposed by local planners. It was particularly needed in order to simulate each region's existing system. Such "base-line" simulations were required in order to achieve face validity and provide a basis for comparing alternatives. 3. With hindsight, a major weakness was the limited amount of face-to-face interaction between local planners and decision makers and the University of Pittsburgh staff. Only two trips to the region were budgeted. This proved to be insufficient and placed too much responsibility for model interpretation and analysis on the local contractors. 4. In none of the four test sites did the contractors and/or local health planners have the authority, influence and/or incentives necessary to develop regional EMS systems. In particular, none of the contractors were in the position to be decision makers, nor was there ever only one decision maker. This is not a criticism of the contractors, who did their best under difficult circumstances. Rather, it is a criticism of the state of eMS system development in the US in the early 1980s. There were few examples where regional systems developed successfully in the face of serious opposition from local interests.(ABSTRACT TRUNCATED AT 400 WORDS)

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