首页> 外文会议>Conference on engineering America s maritime dominance >U.S. Navy C2 Tactical Interoperability: Taking the 'Long View'
【24h】

U.S. Navy C2 Tactical Interoperability: Taking the 'Long View'

机译:美国海军C2战术互操作性:采取“长视”

获取原文

摘要

Significant opportunities exist for improving U.S. Navy force-level command-and-control tactical interoperability (C2 TIOP). Defining C2 TIOP, establishing standards, managing the risk, and identifying root causes for fleet-observed problems (FOPs) outline the need to take the "Long View." Much has been done already to address fleet-observed problems in the short and mid-term, but the long-term approach to addressing C2 TIOP has yet to be tackled systemically across the U.S. naval warfare systems engineering community. To do so will require evaluating the elements of requirement specifications, standards and metrics as implemented by programs to solve for the desired end-state. It will also effectively leverage Technical Authority (TA) to shift the focus of engineering interoperability from near-end-game certification to the front end of the acquisition process-moving to the extreme left of the Systems Engineering "V." The goal is to achieve and maintain a complete, accurate and persistent common tactical picture (CTP) to optimize Fleet situational awareness at the Strike Group/Force level and derive force-multiplying affects through effective C2 TIOP. Effective C2 TIOP generates complete, accurate and persistent tactical information that enables mission success. Achieving this, however, challenges the Navy's technical and engineering community to take a different path than today's "business as usual." Significant is the need to define and agree on a definition for "interoperability" and associated terms of reference. Until the Navy broadly understands what "C2 TIOP" means, it will be frustrated in its attempts to resolve the issues in an affordable, cost-effective manner. This paper defines C2 TIOP and describes a way ahead that embraces the definition, identifies and pursues long-term interoperability gains, and charts a course from where we are to the desired end state. Systems Engineering for U.S. Navy Maritime Dominance-to ensure a complete, accurate and persistent common tactical picture across all naval warfare mission areas-demands that Navy embrace the "Long View."
机译:有关改进美国的重要机会,可以改善美国海军力量级命令和控制战术互操作性(C2 TIOP)。定义C2 TIOP,建立标准,管理风险,并识别舰队观测的问题的根本原因(FOPS)概述了“长视”的必要性。已经在短期和中期地解决了舰队观察的问题已经完成了很多,但解决C2 TIOP的长期方法尚未在美国海军战争系统工程社区系统地解决。为此,需要评估由程序实施的要求规范,标准和指标的元素,以解决所需的最终状态。它还将有效利用技术管理局(TA)将工程互操作性的重点从近端游戏认证转移到采集过程的前端 - 移动到系统工程“V”的左侧左侧目标是实现并保持完整,准确和持续的常见战术图片(CTP),以优化罢工组/力级别的舰队情境意识,并通过有效的C2 TIOP产生力量繁殖影响。有效的C2 TIOP产生完整,准确和持久的战术信息,使得能够取得成功。然而,实现这一目标,挑战了海军的技术和工程界,比当今的“像往常一样”采取不同的道路。重要的是需要对“互操作性”和相关职权范围的定义来定义和达成一致。直到海军广泛地了解“C2 TIOP”的意思是什么,它的尝试将以经济实惠,经济效益的方式解决问题。本文定义了C2 TIOP,并描述了采用定义,识别和追求长期互操作性收益的方法,并从我们所需的最终状态的地方进行图表。美国海军海军海军海事的系统工程 - 以确保所有海军战争使命领域的完整,准确和持续的常见战术图片 - 要求海军拥抱“长视”。

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