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A PROVEN SYSTEMS ENGINEERING PROCESS FOR DEPLOYING ITS STANDARDS, AND ITS BENEFITS

机译:部署其标准及其益处的成熟的系统工程过程

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Using traffic control devices and communications equipment to monitor and control arterials and freeways has brought with it new challenges and a demand for new skills. Many systems and equipment procurements have occurred without clear traceability between agency needs and potential solutions. A common result has been that agency needs are not satisfied. Such a procurement environment, where no direct traceability (or a weak association) between agency needs and provided solutions, often leads to project cost overruns, late delivery and even failed projects. Applying systems engineering methodologies and incorporating ITS Standards that contain user needs, requirements, and design solutions into the procurement process will mitigate the risk of not satisfying agency needs. This paper presents a description of the problem, and a description of a life-cycle process that uses systems engineering methods proven to satisfy agency needs when deploying ITS Standards. This paper also provides lessons learned and suggestions for success, and benefits of these methods. Examples of how the life-cycle process and the systems engineering methods were applied are taken from the NTCIP 1203 Dynamic Message Sign (DMS) version 02 Standard Implementation Project, sponsored by USDOT and VDOT/VTTI.
机译:使用交通控制设备和通信设备来监视和控制动脉和高速公路带来了新的挑战和对新技能的需求。发生了许多系统和设备采购,但机构需求和潜在解决方案之间却没有明确的可追溯性。普遍的结果是不能满足代理商的需求。在这样的采购环境中,机构需求与提供的解决方案之间没有直接的可追溯性(或较弱的关联),通常会导致项目成本超支,延迟交付甚至失败的项目。在采购过程中应用系统工程方法并将包含用户需求,需求和设计解决方案的ITS标准纳入采购流程中,将减轻不满足代理商需求的风险。本文对问题进行了描述,并对生命周期过程进行了描述,该过程使用经证明可满足部署ITS标准时机构的需求的系统工程方法。本文还提供了经验教训和成功的建议,以及这些方法的好处。如何应用生命周期过程和系统工程方法的示例摘自由USDOT和VDOT / VTTI赞助的NTCIP 1203动态消息标记(DMS)02版标准实施项目。

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