這篇論文提供了如何透過公共攝像鏡頭去獲取資料, 一方面有效率地降低實驗

這篇論文提供了如何透過公共攝像鏡頭去獲取資料, 一方面有效率地降低實驗的成本讓實驗可以順利完成, 一方面又說明是如何獲取靠video processing 處理資料, 主要分為三大方向, First 用optical flow to detect the different between two consecutive frames, 再來是利用兩張在時間上不同的圖來得到這其中的差異性, 進而判斷哪個物品有在移動, 最後再用algrothims 去消除物體的影子, 用來排除實驗上可是會出現的誤差值

結果 (英文) 1:

This paper provides information on how to get through the camera lens of public information, on the one hand to efficiently reduce the cost of the experiment so that the experiment can be completed successfully, on the one hand but also explain how to obtain data processing by video processing, is divided into three major directions, First using optical flow to detect the different between two consecutive frames, is again in FIG different time differences which is obtained, thereby to determine which items at the mobile, and finally with algrothims object to eliminate shadows by two, However, to exclude experimental error values ​​occur

結果 (英文) 2:

This paper provides how to obtain data through public camera lens, on the one hand, efficiently reduce the cost of the experiment so that the experiment can be completed smoothly, on the other hand, it shows how to obtain data processing by video processing, mainly divided into three directions, Firstoptical with flow to The different detect the two two frame sings, then using two different graphs in time to get the difference, to determine which item is moving, and finally with algrothims to remove the shadow of the object, used to use Exclude the error value that appears on the exclusion experiment.

結果 (英文) 3:

This paper provides how to obtain data through public camera lens. On the one hand, it can effectively reduce the cost of the experiment so that the experiment can be successfully completed. On the other hand, it explains how to obtain data processed by video processing, which is mainly divided into three directions. First uses optical flow to detect the different between two coherent frames, and then uses two different frames in time Finally, algorithms is used to eliminate the shadow of the object, which is used to eliminate the experimental error