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The Use of a Multi-Position Radar System with a Limited Number of Receiving Positions for Operational Control of Small-Sized Space Debris

机译：接收位置数量有限的多位置雷达系统在小型空间碎片运行控制中的应用

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We describe the possibilities of a limited structure of the receiving antenna field for solving the problem of detecting and determining the motion parameters of space debris objects.

机译：我们描述了接收天线场有限结构的可能性，以解决检测和确定空间碎片物体的运动参数的问题。

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《Progress in electromagnetics research symposium》|2018年|2052-2056|共5页
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作者
A. I. Baskakov; V. G. Grachyov; V. I. Gusevsky; A. A. Komarov;
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Radar antennas; Radar; Receiving antennas; Phased arrays; Space debris;

机译：雷达天线雷达接收天线相控阵空间碎片;

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1. A System-Level Analysis of Possibilities for Developing a Multi-Position Space-Coherent Radar (Radio Holographic) System. Synchronization (Phasing) of Antenna Positions. Preliminary Adjustments of common Antenna. Determination of Number of Positions [J] . N.N.Gorobets, N.I.Matyuhin Telecommunications and Radio Engineering . 2001,第2期

机译：开发多位置空间相干雷达（无线电全息）系统的可能性的系统级分析。天线位置的同步（定相）。通用天线的初步调整。确定职位数
2. Optimization Technique of Selecting the Parameters of Structure of Multi-Position Radar Tracking Complex [J] . S.V. KOVBASYUK, A.A. PISARCHUK Journal of automation and information sciences . 2003,第9a12期

机译：多方位雷达跟踪系统结构参数选择的优化技术
3. Multi-Position Training Improves Robustness of Pattern Recognition and Reduces Limb-Position Effect in Prosthetic Control [J] . Robert J. Beaulieu Journal of prosthetics and orthotics: JPO . 2017,第2期

机译：多位置训练改善了模式识别的鲁棒性，并降低了假体控制中的肢体位置效应
4. The Use of a Multi-position Radar System with a Limited Number of Receiving Positions for Operational Control of Small-sized Space Debris [C] . A. I. Baskakov, V. G. Grachyov, V. I. Gusevsky, Progress in electromagnetics research symposium . 2018

机译：接收位置数量有限的多位置雷达系统在小型空间碎片运行控制中的应用
5. Development of a position sensitive device and multi-position alignment control system for automated industrial robot calibration. [D] . Nieves-Rivera, Erick. 2013

机译：开发用于工业机器人自动校准的位置敏感设备和多位置对准控制系统。
6. Multi-position Training Improves Robustness of Pattern Recognition and Reduces Limb-Position Effect in Prosthetic Control [O] . Robert J. Beaulieu, Matthew R. Masters, Joseph Betthauser, -1

机译：多位置训练可提高模式识别的鲁棒性并减少假肢控制中的肢体定位效应
7. The Analysis of the Experimental Data from Radar Sensor of Multi-Position Surface Movement Radar Systems for Estimation of Radar Resolution [O] . A. N. Saveliev, A. N. Semenov, M. D. Kalnoy 2017

机译：多位置面运动雷达系统雷达传感器实验数据分析，以估计雷达分辨率

The Use of a Multi-Position Radar System with a Limited Number of Receiving Positions for Operational Control of Small-Sized Space Debris

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