1.
The Research of Infrared Moving Weak Small Target in the Sky Detection Method;
空中红外弱小运动目标检测方法研究
2.
New detection algorithm for a small moving target in the infrared image
一种新的红外弱小运动目标检测算法
3.
Simulation Research of Spatial Temporal Enhanced Detection for Moving Dim Small Target
弱小运动目标空时增强检测的仿真研究
4.
Study on Detection Dim Small MovingTarget in Infrared Image Sequence
红外序列图像中弱小运动目标的检测算法研究
5.
SPATIAL-TEMPORAL ADAPTIVE CLUTTER CLASSIFICATION SUPPRESSION AND DIM SMALL MOVING TARGETS DETECTION
空时自适应杂波分类抑制与弱小运动目标检测
6.
Research on Novel Detection Algorithms for Moving Infrared Dim Small Targets;
红外序列图象弱小运动目标检测新方法研究
7.
Research on Detecting and Tracking of Small Moving Targets under Complex Sea Background;
海背景下弱小运动目标的检测和跟踪研究
8.
Real Time Detection for Dim Moving Target in Visible Optical Image of Deep Outer Space
深空可见光图像中弱小运动目标实时检测
9.
Small Infrared Moving Target Detection Based on Optical Flow Estimation
基于光流估计的红外弱小运动目标检测
10.
Novel Approach to IR Moving Dim Target Detection Against Complex Background
复杂背景下红外弱小运动目标检测的新方法
11.
Detection of a Dim and Small Moving Target Using a Temporal-spatial Fusion Filtering Algorithm
基于时空域融合滤波的弱小运动目标检测算法
12.
Study on Real-time Detection Method for the Moving Infrared Small Dim Target Based on Dynamic Programming
基于动态规划的红外弱小运动目标的实时检测方法研究
13.
NEW METHOD FOR MOVING DIM TARGET DETECTION BASED ON THIRD-ORDER CUMULANT IN INFRARED IMAGE
基于三阶累积量的红外弱小运动目标检测新方法
14.
Research on Track-Before-Detection Algorithm for Infrared Target Detection;
低信噪比红外弱小运动目标先跟踪后检测（TBD）的检测方法研究
15.
A forward dynamic programming algorithm is presented in allusion to features of the moving infrared small dim target.
文章针对低信噪比下红外弱小运动目标的特点,提出了一种正向动态规划算法。
16.
Infrared Dim Target Detection Based on Wavelet Transform and Target Motion Features
基于小波变换和目标运动特性的红外弱小目标检测
17.
In this paper,the infrared dim target detection based on the wavelet transform and target motion features is studied.
本文研究基于小波变换和目标运动特性的红外弱小目标的检测。
18.
A New Method for Dim Small Target Detection Based on Scene Motion Analysis and Morphology Filtering
基于场景运动分析的弱小目标形态学检测方法