1) Multi-sensor Integration System
多传感器集成系统
1.
The Vehicle-Borne Multi-sensor Integration System includes two kinds of sensors, which are respectively used to get position information and image information.
车载多传感器集成系统是一个实现多传感器匹配集成的系统,其主要包括两种传感器,一种是位置传感器,例如GPS和惯性导航装置,用来获取车载系统位置和姿态,一种是影像传感器,例如激光扫描仪、线阵CCD。
2) multiple-sensor integrated measurement system
多传感器集成测量系统
1.
At present,the precision of data registration of multiple-sensor integrated measurement system(MIMS) completely depends on the measurement accuracy of geomatric references,and the registration process is complex and not flexible.
目前多传感器集成测量系统的数据对齐精度完全依赖于对几何参考体的测量精度,对齐的灵活性不高,过程比较复杂,为此文中提出了一种不依靠简单几何体作为基准的自动对齐算法。
3) multi-sensor integration
多传感器集成
1.
This system design will be helpful to address the problems such as complexity in multi-sensor integration systems etc.
提出了一种基于CORBA新的机器人多传感器集成系统设计方法。
4) Multisensor integration
多传感器集成
1.
Multisensor integration and data fusion of UAV system;
无人机载多传感器集成与数据融合
2.
This presentation introduces a new technique of data processing:multisensor integration,which has now been widely used in various fields.
概括地介绍了目前国际上一项应用广泛的新兴信息处理技术——多传感器集成技术，比较全面地介绍了该技术目前在国际、国内的研究发展状况，特别着重介绍了该技术的主要基本概念和技术方法，主要有信息融合的层次，信息集成的方法（或计算与控制结构）和信息融合的方法。
3.
The idea of multisensor integration and multisensor fusion is provided in this paper,the probability model and blackboard control structure is also provided based on three-segment purifying progress in nickel electrowinning and the sensors.
本文提出了多传感器集成与多传感器融合的概念,根据镍电解三段净化过程以及所检测的传感信号,给出了多传感器集成系统概率模型和黑板式控制结构,给出了多传感器信息融合的拓扑结构和融合方法。
5) multi-sensor system
多传感器系统
1.
Reliability model of multi-sensor system on information land battlefield;
信息化陆战场多传感器系统可靠性模型
2.
Based on the characteristic which fuzzy control system can solve problem of uncertainty,fuzzy control theory can mix the information fusion measurement to improve quality of multi-sensor system measurement.
利用模糊控制理论能较好解决不确定性问题的特点,将测量信息融合问题融入模糊控制问题中来提高多传感器系统的测量质量;提出模糊融合模型,并介绍了将传感器信息作为模糊控制输入的模糊化问题,以及相应的模糊规则的建立、模糊推理和清晰化处理;提出以相交论域中心作为多传感器的事实来进行兼容度和激励强度的解算;最后进行相应的仿真说明及分析。
3.
With the rapid development of information technology, many kinds of multi-sensor systems facing with complex application background are emerging.
随着信息技术的快速发展，各种面向复杂应用背景的多传感器系统不断出现。
6) multisensor system
多传感器系统
1.
To find an effective method to estimate and remove the registration error in asynchronous multisensor system, Kalman filtering technique and least squares approach have been proposed to estimate and remove sensor bias and sensor frame tilt errors in multisensor systems with asynchronous data.
针对异步多传感器系统 ,研究一种能有效估计配准误差并消除其影响的算法 。
2.
The optimal estimate method is presented in detail for estimating the position and velocity vectors of a short range target in space with a multisensor system TR n (one transmitting sensor and n receiving sensors), and the relation between the coherent centralizing processing and decentralizing processing is discussed.
详细分析了多传感器系统TRn(T表示一个发射传感器 ,Rn 表示n个接收传感器 )对空中近程目标位置和速度矢量进行测量的最优估计方法 。
3.
For this special multisensor system,distributed optimal fusion algorithm is received by avoiding computing correlated estimation covariance based on the matrix operation.
在这类特殊的多传感器系统中,本文通过矩阵运算消除相关估计方差,得到了最优分布式融合估计算法。
补充资料：多传感器的沉底水雷----“石鱼”
国别：英国
类型：
编号:
武器名称：沉底水雷“石鱼”
由英国马可尼水下系统公司研制的“石鱼”水雷，是典型的具有预编程序、微机控制、多路传感器的现代沉底雷。这种水雷可由飞机、水面舰船和潜艇布放，主要用来打击水面舰艇和潜艇。“石鱼”水雷为圆柱体，总长 2.4米，直径533毫米，总重 990千克。&127;雷载计算机可控制雷上传感器对目标进行探测和评估，而且使用声、磁和压力传感器进行联合操作；此外，还可利用有线遥控、声遥控和计算机软件程序来控制水雷的一切功能，包括选择目标、估计最近的目标接近点和引爆。“石鱼”水雷内装有的600千克的炸药，&127;足以对任何目标造成伤害。“石鱼”的储存寿命为 20年，水下服役期为 2年，&127;最大使用海深为 200米。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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