物理实验
物理實驗
물리실험
PHYSICS EXPERIMENTATION
2015年
6期
39-41,46
,共4页
何潇梁%李锦峰%钱万晖%张权%孙腊珍%朱玲%韦先涛%赵伟%黄环
何瀟樑%李錦峰%錢萬暉%張權%孫臘珍%硃玲%韋先濤%趙偉%黃環
하소량%리금봉%전만휘%장권%손석진%주령%위선도%조위%황배
图像矩阵运算%图像降噪%定位追踪
圖像矩陣運算%圖像降譟%定位追蹤
도상구진운산%도상강조%정위추종
operation of image matrix%image noise reduction%location tracking
采用大学物理教学实验室的常用仪器和光学平台，根据图像运算的原理，设计并搭建光路，经图像采集、运算识别运动点、输出步进电机运动命令，实现了图像自动处理和激光追踪的全过程，实验确认了通过光学定位的方法追踪动点可行。
採用大學物理教學實驗室的常用儀器和光學平檯，根據圖像運算的原理，設計併搭建光路，經圖像採集、運算識彆運動點、輸齣步進電機運動命令，實現瞭圖像自動處理和激光追蹤的全過程，實驗確認瞭通過光學定位的方法追蹤動點可行。
채용대학물리교학실험실적상용의기화광학평태，근거도상운산적원리，설계병탑건광로，경도상채집、운산식별운동점、수출보진전궤운동명령，실현료도상자동처리화격광추종적전과정，실험학인료통과광학정위적방법추종동점가행。
According to the principles of image calculating ,a system was built with common in‐struments and optical platform in college physics laboratory to collect images ,identify moving points , send motion commands to stepping motor ,and achieve the complete the process of automatic image processing and laser tracking .T he experiment confirmed the practicability of tracking moving points by the method of optical locating .
