1) automatic target-scoring system
自动报靶系统
1.
Application of image subtraction technique to automatic target-scoring system;
图像减影技术在自动报靶系统中的应用
2.
An automatic target-scoring system is proposed, which based on machine vision.
介绍了一种基于机器视觉的自动报靶系统,该系统利用CCD摄像机不间断地对靶面进行观测,根据采集的靶面图像的特点和变化,利用计算机图像识别技术检测靶面图像中的真实弹点,然后通过弹点在靶面图中的位置来对弹点区域进行编码。
2) automatic target-reporting
自动报靶
1.
Design of automatic target-reporting system based on DSP and FPGA;
基于FPGA和DSP的自动报靶系统
2.
An automatic target-reporting system of simulation firing training is introduced, this system applies multi-advanced technologies such as photoelectric sensor and sound process, it can realize the functions of automatic sending order, automatic target-reporting and human computer interaction, so this system has the advantages of nicety assess result, multi-functions and operation convenience.
仿真射击训练的语音自动报靶系统综合采用了光电传感、单片机控制、语音技术等多种先进技术,能够实现语音自动发送射击指令、自动报靶和人机交互对话等功能,具有成绩评定客观准确、功能综合强大、操作安全方便等优点。
3) Automatic Scoring
自动报靶
1.
Study of Automatic Scoring System for Shooting Sports Based on Image Processing;
基于图像处理技术的自动报靶系统研究
2.
Design and realization of a vibration-responding automatic scoring system for applied shooting
振动感应式应用射击自动报靶系统的设计与实现
3.
It is important to acquire the subpixel coordinates of center of circle of target image fast by using Generalized Hough Transform(GHT) in automatic scoring system,but there are some disadvantages in GHT,such as much more computation intermixed with null boundary points,large parameter space and the space is equally divided,etc,which result in so slow speed that GHT can t be used in applications.
在图像自动报靶系统中,运用广义Hough变换(GHT)快速地获取靶纸图像子像素级圆心坐标是其关键。
4) automatic target-scoring
自动报靶
1.
The automatic target-scoring technology is a practical technology for firearms shooting training.
自动报靶技术是面向轻武器射击训练的实用型技术。
6) Automatic Control switching target's system
自动控制靶切换系统
补充资料:后勤指挥自动化系统(见后勤指挥自动化)
后勤指挥自动化系统(见后勤指挥自动化)
automated system of logistic command
houqin zhihui zidonghua xitong后勤指挥自动化系统(automated、ys-tem of logistie eommand)见后勤指挥自动化。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条