LOTHAR (Land Optronic thermal Aiming Resource) is a multi sensor system specifically designed for Fire Control Systems equipped with the "Tilde" thermal camera (ir cooled).
Lothar系统是一种多传感器系统，专为配备“蒂尔德”热成像仪(红外制冷)的火控系统设计。
An optimization model for the redundant multi sensor system and the criteria with a minimum cost which fulfill the systems availability constraint are presented.
从系统有效度和系统代价出发提出了一种多传感器冗余系统的优化模型和满足有效度约束的最小代价准则。
The problem of multi-sensor information fusion state estimation for descriptor discrete-time stochastic linear systems is considered.
考虑了广义离散随机线性系统的多传感器信息融合状态估计问题。
The optimal filtering fusion algorithms for systems with multiplicative noises under multi-sensor observation are mainly researched in this dissertation.
本文主要针对带乘性噪声系统的多传感器最优滤波融合估计算法作进一步研究。
Multi-sensor information fusion state estimation problem for descriptor discrete-time stochastic linear systems is studied.
研究了广义离散随机线性系统的多传感器信息融合状态估计问题。
In this paper, we study the information fusion algorithm of multi-sensor time-delayed systems with measurement data loss.
本文针对多传感器时滞系统，研究测量数据发生丢失情况下的的信息融合算法。
Mainly studies the influence of ground multi sensor′s positions on the long range airplane tracking accuracy in nonlinear systems.
主要研究了非线性系统中地面上多主动传感器的位置对远距离空中目标跟踪精度的影响。
Also includes multi-channel sensor chips and wireless communications systems integration, and integration of embedded processors.
还包括多通道传感器以及无线通信芯片的系统集成，以及嵌入式处理器的集成化。
ASTAMIDS carries multi-sensor electro-optical infrared and multi-spectral imaging systems to detect patterned surface emplaced mines, patterned recently buried mines, and randomly scattered mines.
ASTAMIDS进行多传感器光电和红外多光谱成像系统检测图案表面布设的地雷，最近图案的埋地雷，零星的地雷。
ASTAMIDS carries multi-sensor electro-optical infrared and multi-spectral imaging systems to detect patterned surface emplaced mines, patterned recently buried mines, and randomly scattered mines.
ASTAMIDS进行多传感器光电和红外多光谱成像系统检测图案表面布设的地雷，最近图案的埋地雷，零星的地雷。
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