首页> 外文会议>SURV 9: Surveillance, search and rescue craft >A MODULAR SEARCH AND SURVEILLANCE SES PLATFORM TO SUPPORT PORT AND HARBOUR SECURITY IN THE FUTURE MEGACITIES OF 2050
【24h】

A MODULAR SEARCH AND SURVEILLANCE SES PLATFORM TO SUPPORT PORT AND HARBOUR SECURITY IN THE FUTURE MEGACITIES OF 2050

机译:模块化的搜索和监视SES平台可在2050年的未来巨灾中支持港口和港口安全

获取原文

摘要

By 2050 urbanisation will be the most consequential event in the history of mankind, with the rise of numerous megacities primarily located in coastal areas. The plans for any security or disaster operation in a megacity involves a full spectrum of capabilities, spanning both government/military and civil roles in the face of natural or adversarial threats. The security resources of a megacity may also be called upon in more non-security/defence missions to protect or sustain life, such as SAR. This paper discusses the maritime capability required to support the search and surveillance operations within and around the megacity. The overall capability is delivered by an integration of manned, unmanned and autonomous systems, including the use of swarm technology.Specific domain capabilities include: littoral and harbour areas; riverine and canal operations; underwater operations; urban airspace, with tethered and untethered C4ISTAR sensors; road, cross-country and tunnels. The maritime system proposed in this paper consists of a fleet of modular platform vessels, based on a 25m SES (Surface Effect Ship), operating within a common command infrastructure. Where a range of platforms are deployed from the vessels depending on the situation requirements. The recognised stake-holder informed Marine Design approach is applied to the platform system and sub-systems development, which also draws on the results of horizon scanning activities to identify the technological and cultural developments that are anticipated. These include AI and machine learning, and how they will operate alongside the humans to maintain the security and health of the population.
机译:到2050年,城市化将是人类历史上最重要的事件,主要位于沿海地区的众多特大城市的兴起。在大城市中,任何安全或灾难行动计划都涉及全方位的能力,涵盖面对自然或对抗性威胁时的政府/军事和民事角色。在更多非安全/国防任务中,例如SAR,也可能需要大城市的安全资源来保护或维持生命。本文讨论了支持大城市内及其周围地区的搜索和监视行动所需的海上能力。整体功能是通过整合有人,无人和自治系统来实现的,包括使用群技术。\ r \ n特定领域的功能包括:沿海和港口区域;河流和运河作业;水下作业;城市空域,具有系留和未系留的C4ISTAR传感器;公路,越野和隧道。本文提出的海事系统由一组基于25m SES(表面效应船)的模块化平台船组成,并在通用的指挥基础设施内运行。根据情况要求从船上部署各种平台。公认的利益相关者告知的海洋设计方法被应用于平台系统和子系统的开发,该方法还利用了范围扫描活动的结果来确定预期的技术和文化发展。其中包括人工智能和机器学习,以及它们将如何与人类一起运作以维护人口的安全和健康。

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