首页> 外文期刊>Journal of Information Warfare >Sustainability of the Afghan Law Enforcement and Security Forces: A 'Wicked, Messy Problem'
【24h】

Sustainability of the Afghan Law Enforcement and Security Forces: A 'Wicked, Messy Problem'

机译:阿富汗执法和安全部队的可持续性:一个“邪恶的,混乱的问题”

获取原文
获取原文并翻译 | 示例
           

摘要

Aside from the challenges associated with establishing and maintaining security within Afghanistan, government officials are faced with the additional and equally complex tasks of implementing and maintaining appropriate sustainability measures over the longer term. This paper explores the subject of Afghan security force sustainability using General Morphological Analysis (GMA) - a method that has proven to be highly suited to the detailed analysis of wicked, messy problems. The paper acknowledges that the sustainability problem in Afghanistan exhibits systemic features that conspire to cause underperformance; and, if an appropriate level of sustainability is to be achieved, these systems-based elements must be managed. A factors and conditions array (Zwicky Box) is developed that captures the primary factors associated with sustainability, extends these into a range of conditions from the most favourable to the most unfavourable, specifies the current and desired conditions (the end-state), and provides for a series of planned condition changes to get from here to there. Key stages of the GMA process are highlighted throughout with comparisons made between operational design, critical vulnerabilities, asymmetry, and other military planning terms. The method, however, does not claim to replace conventional military planning processes; rather, it complements and invites a deeper appreciation of the problem space in a solution-independent manner, thereby informing more purposeful actions.
机译:除了与在阿富汗境内建立和维持安全相关的挑战之外,政府官员还面临着从长远来看实施和维持适当的可持续性措施的其他同样复杂的任务。本文使用一般形态分析(GMA)探索了阿富汗安全部队可持续性的主题,该方法已被证明非常适合对邪恶的,混乱的问题进行详细分析。本文承认,阿富汗的可持续发展问题表现出系统性特征,共同导致绩效不佳;并且,如果要实现适当水平的可持续性,则必须管理这些基于系统的元素。开发了一个因素和条件阵列(Zwicky Box),它捕获了与可持续性相关的主要因素,将这些因素扩展到从最有利到最不利的一系列条件中,指定了当前和期望的条件(最终状态),以及提供了一系列计划中的条件更改,以便从此处到达那里。通过在运营设计,关键漏洞,不对称性和其他军事计划术语之间进行比较,突出了GMA流程的关键阶段。但是,该方法并不能声称取代传统的军事计划程序;相反,它以与解决方案无关的方式补充并引起对问题空间的更深入的了解,从而提供了更有针对性的行动。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号