1.
The application of this system in location and measurement of the radio frequency imitation laboratory is introduced.
对该系统在射频目标仿真实验室高精度定位安装及测量中的应用作了介绍，并进行了误差分析。
2.
Special PLL used in target RF simulation of the radio detonator
引信目标射频仿真中的特殊锁相环路
3.
A New Calibration Method of Target Precision in RFSS
射频仿真系统新型目标精度校准算法
4.
Research on Methods of Real-time Simulation for RF Echo Signal of 3D Targets
体目标射频回波信号实时仿真方法研究
5.
Simulation of Near-field Characteristics of Underwater Target in High-frequency Based on SYSNOISE
基于SYSNOISE的水下目标高频近场散射特性仿真研究
6.
Design and Simulation of the RF Analog Front-end of UHF E-tag;
超高频电子标签射频模拟前端的设计与仿真
7.
ISAR Imaging Simulation Based on Time-Frequency Transform for Maneuvering Targets
机动目标的时频变换ISAR成像仿真
8.
Computer Emulating on EM Scattering of Composite Two Dimensional Targets
二维复杂目标电磁散射的计算机仿真
9.
Research on Light Scattering Characteristics of Objective Based on Vega Simulation
基于Vega平台的目标光散射特性仿真
10.
Simulation of electromagnetic scattering from moving perfectly conducting objects based on FDTD
基于FDTD的运动导体目标电磁散射仿真
11.
A Software Document Management System of RFSS Based on Web Technology;
基于Web的射频仿真项目软件文档管理系统
12.
Design and Simulation of Vibration System for RFID Passive Tag Test
射频识别无源标签振动试验系统设计与仿真
13.
To meet the requirements of the target radio frequency(RF) hardware-in-the-loop simulation of the radio detonator, a method using a special phase lock loop(PLL) is presented.
针对某型导弹无线电引信目标射频半实物仿真的需要,提出了一种特殊的环路锁相方法。
14.
An Affine-Invariant Objects Recognition Method Employing Features in Frequency Domain
一种基于频域特征的仿射不变目标识别方法
15.
Research on High Resolution Frequency-Stepping MMW Radar Target Signal Simulation
高分辨阶梯变频毫米波雷达目标信号仿真研究
16.
Analysis and Simulation of Moving Video Target Trace Extraction Algorithm;
视频目标运动轨迹提取算法的分析与仿真
17.
Study on Simulation of Scattering Problem of Underground Goal Object of Ground Penetrating Radar;
探地雷达地下目标体散射问题的仿真研究
18.
High-resolution Calculation and Simulation of 2-D Near-field High-frequency Scattering Characterization for Underwater Targets
高分辨水下目标近场二维散射特性计算及仿真