移动ISR:面向远征作战人员的智能ISR管理和开发

Donald Madden, T. Choe, Hongli Deng, Kiran Gunda, H. Gupta, N. Ramanathan, Z. Rasheed, E. Shayne, Asaad Hakeem
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引用次数: 1

摘要

现代作战人员通过不断扩大的各种情报、监视和侦察(ISR)来源获得信息,但及时利用这些数据构成了重大挑战。ObjectVideo(“OV”)提出了一个系统,移动ISR,以促进远征作战人员的ISR知识发现。其目的是在最需要的时间和地点收集、管理和交付时间关键型信息。移动ISR系统接收来自机载、地面和手持传感器的视频、静止图像和目标元数据,并使用最先进的视频分析和用户标记对数据内容进行索引。数据存储在地理空间数据库中,并根据作战人员的任务背景和当前活动分发给作战人员。作战人员使用Android移动应用程序在交互式地图或增强现实显示的背景下查看这些数据,并捕获他们自己的图像和视频。复杂的事件处理引擎支持对知识库的强大查询。该系统利用扩展的DoD发现元数据规范(DDMS)卡格式,通过扩展包括实体、活动和关系的表示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile ISR: Intelligent ISR management and exploitation for the expeditionary warfighter
Modern warfighters are informed by an expanding variety of Intelligence, Surveillance and Reconnaissance (ISR) sources, but the timely exploitation of this data poses a significant challenge. ObjectVideo ("OV") presents a system, Mobile ISR to facilitate ISR knowledge discovery for expeditionary warfighters. The aim is to collect, manage, and deliver time-critical information when and where it is needed most. The Mobile ISR system consumes video, still imagery, and target metadata from airborne, ground-based, and hand-held sensors, and indexes that data based on content using state-of-the-art video analytics and user tagging. The data is stored in a geospatial database and disseminated to warfighters according to their mission context and current activity. The warfighters use an Android mobile application to view this data in the context of an interactive map or augmented reality display, and to capture their own imagery and video. A complex event processing engine enables powerful queries to the knowledge base. The system leverages the extended DoD Discovery Metadata Specification (DDMS) card format, with extensions to include representation of entities, activities, and relationships.
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