1.
The method used in this system has made a breakthrough in the conventional unmanned vehicle which has only single frame frequency and time-sharing definition.
详细介绍了战场多时空分辨率图像采集系统的原理和依据,并指明了其良好的应用和发展前景。
2.
Spatial-Temporal Super Resolution Algorithm of Multi-Carrier-Frequency MIMO Radar
多载频MIMO雷达的空时超分辨算法
3.
In the end, we introduce several main applications of a time reversal mirror and some new methods with TRM.
时间反转镜的时间分辨率和空间分辨率与很多因素有关。
4.
Research of Visualization Technology on Multi-Dimension and Multi-Resolution Spatial Information;
多维多分辨空间信息可视化技术研究
5.
Study on Multi-Resolution Modeling in Spatial Mission Simulation;
空间任务仿真中的多分辨率建模研究
6.
Generalized Hilbert Spaces and Multichannel Multiresolution Analysis for L～2(R)～n;
广义Hilbert空间及L～2（R）～n上的多通道多分辨分析
7.
Study on Spatial Analysis Based on the Multi-Scale Geographic Information System;
基于多分辨地理信息系统的空间分析方法研究
8.
Multi-Resolution Time-Domain Schemes for Numerical Electromagnetic Calculations;
电磁场数值计算中的时域多分辨方法
9.
Theories and Implementation Technology on the Multi-Resolution Spatial Data Model;
多分辨率空间数据模型理论与实现技术研究
10.
Characterization of Subspace Pseudoframes Based on a Generalized Multiresolution Structure
基于广义多分辨结构的子空间伪框架的刻画
11.
The Effectiveness Evaluation of Aero Weapon Equipment System Conflict based on Multi-resolution Modeling
多分辨率建模航空武器装备体系对抗效能评估
12.
Time-space resolved diagnosis for the parameters of aluminium plasma produced by YAG laser
YAG激光Al等离子体参数的时空分辨诊断
13.
Influence of Joint Block-Diagonalization of Spatio-Temporal Correlation Matrix on Spectral Resolution
时空相关矩阵联合对角化对谱分辨的影响
14.
STDMA (Space-Time-Division Multiple Access)
空间时间分隔多路存取
15.
Research on the Theory of Multi-Resolutoin Time-Frequency Analysis and the System of Multi-Function Time-Frequency Analyzer
多分辨时频分析理论与多功能时频分析系统的研究
16.
Application of Wavelet and Multiresolution Time Domain (MRTD) on Electromagnetic Scattering;
小波与时域多分辨分析（MRTD）在电磁散射中的应用
17.
The Influence of Spatio-temporal Correlation Matrices Joint Block-diagonalization on the Spatial Spectral Resolution Performance
时空相关矩阵联合对角化对空间谱分辨性能的影响
18.
Visibility-driven, Continuous Level-of-detail, Real-time Terrain Surface Roaming;
可见性驱动的连续多分辨率实时地表漫游