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Non-traditional Sensor Tasking for SSA: A Case Study

机译:SSA的非传统传感器任务:案例研究

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Industry has recognized that maintaining SSA of the orbital environment going forward is too challenging for the government alone. Consequently there are a significant number of commercial activities in various stages of development standing-up novel sensors and sens or networks to assist in SSA gathering and dissemination. Use of thesesystems will allow government and military operators to focus on the most sensitive space control issues while allocating routine or lower priority data gathering responsibility to the commercial side. The fact that there will be multiple (perhaps many) commercial sensorcapabilities available in this new operational model begets a common access solution. Absent a central access point to assert data needs, optimized use of all commercial sensorresources is notpossibleand the opportunity for coordinated collections satisfying overarching SSA-elevating objectives is lost. Orbit Logic is maturing its Heimdall Websystem- an architecture facilitating "data requestor" perspectives (allowing government operations centers to assert SSA data gathering objectives) and"sensoroperator" perspectives (through which multiple sensors ofvarying phenomenology and capability are integrated via machine-machine interfaces). When requestors submit their needs, Heimdall's planning engine determines tasking schedules across all sensors, optimizing their use via an SSA-specific figure-of-merit. ExoAnalytic was a key partner in refining the sensoroperatorinterfaces, working with Orbit Logic through specific details of sensortasking schedule delivery and theretum of observation data. Scant preparation on both sides preceded several integration exercises (walk-then-run style), which culminated in successfuldemonstrationofthe ability to supply optimized schedules for routine public catalog data collection -then adapt sensortasking schedules in real-time upon receipt of urgent data collection requests. This paper will provide a narrative of thejoint integration pro
机译:业内人士认识到,维持轨道环境的SSA尚未对政府的挑战太挑战了。因此,在开发的开发新颖的传感器和传感器或网络的各个阶段都有大量的商业活动,以协助SSA聚会和传播。使用这些系统将允许政府和军事运营商专注于分配对商业方面的责任的日常或较低优先级数据时最敏感的空间控制问题。在这个新的操作模型中可用的多个(也许许多)商业传感器的事实引起了一个公共访问解决方案。缺少中央接入点来断言数据需求,优化的所有商业敏感源都是NotoPossibleand的机会,满足全面的SSA升降目标的协调收藏。轨道逻辑正在成熟其Heimdall WebSystem-一种促进“数据请求者”的架构(允许政府运营中心宣传SSA数据收集目标)和“传感器”视角(通过其通过机器机器接口集成了多种传感器的多种传感器。 。当请求者提交其需求时,Heimdall的规划引擎在所有传感器上确定任务时间表,通过SSA特定的艺术优化优化它们的使用。 exoanalytic是精炼传感器接口的关键合作伙伴,通过Sensortasking调度分娩和观察数据的特定细节与轨道逻辑一起使用。双方的散距准备在几个集成练习(步行 - 运行风格)之前,它在成功的EmonStrationOof提供了为例程公共目录数据收集提供优化的时间表 - 然后在接收到紧急数据收集请求时实时适应Sensortasking调度。本文将提供与Integration Pro的叙述

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