An algorithm that integrates dissimilar sensor tracks for today's platform configurations

J. J. Sudano
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引用次数: 4

Abstract

Today's highly capable threats, low reaction time scenarios, diverse sensor environments, and intelligent adversarial jamming capabilities require a fast and robust tracking fusion process. The fusion of all organic (belonging to the same platform, e.g., ship, airplane, submarine, ...) sensor tracking processes improves the operational effectiveness of any platform be it fire control or situational awareness. This article discusses two concepts relevant in many existing platforms: the fusion of sensors tracks, and the optimal use of legacy systems in the fusion process.
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一种针对当今平台配置集成不同传感器轨迹的算法
当今强大的威胁、低反应时间的场景、多样化的传感器环境和智能对抗性干扰能力需要快速和强大的跟踪融合过程。所有有机(属于同一平台,例如,船舶,飞机,潜艇等)传感器跟踪过程的融合提高了任何平台的作战效率,无论是火控还是态势感知。本文讨论了与许多现有平台相关的两个概念:传感器轨迹的融合,以及融合过程中遗留系统的最佳使用。
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