透過您的圖書館登入
IP:18.218.156.35
  • 學位論文

以OpenCV為基礎之對弈遊戲機器人設計

Design of an interactive robot playing tic-tac-toe via OpenCV approach

指導教授 : 許駿飛 邱謙松

摘要


機器人技術和產業越來越受到國際間的重視並蓬勃發展,全世界在研發機器人的領域中都投入了相當多的人力與成本,除了看重機器人產業的市場潛力外,發展機器人產業更能促進高科技領域的發展。尤其近年來人口老化的問題日益嚴重,從社會觀點來看,互動機器人不但能夠陪伴老年人減少人力負擔更能透過互動遊戲促進老年人思考,基於此現象,本論文使用Raspberry Pi、BrickPi以及Picamera實現設計一個對弈遊戲機器人,其包含遊戲人工智慧、馬達轉動控制以及OpenCV影像處理,經由影像處理分析棋盤資訊,並把資訊處理判斷後經由使用最佳解優先搜尋法計算判斷下棋位置,接著控制馬達移動來達到對弈下棋的效果。最後,本論文透過實際測試所設計出的互對奕遊戲機器人,由實際的操作結果可以得知所設計的對弈遊戲機器人能夠隨時陪伴玩家玩井字遊戲,並且具有聲音的功能來增加遊戲之間的互動娛樂性。

並列摘要


In internationally, the robot technology and industry have been regarded as a booming industry and they have high priority to develop. Nowadays many countries have invested a lot of strength, efforts, and cost for the robot technology. Not only because of the huge robot application market, but also it can contribute to the development of high technology in every industry. Recently, population ageing phenomenon has become more serious. From the viewpoint of sociology, the interactive robot can not only company with the older people, but also can help them to think by playing interactive games. Because of this, this study used Raspberry Pi, BrickPi and Picamera to design of an interactive robot playing tic-tac-toe, which includes a game artificial intelligence, a motor position control and image processing via OpenCV. According to the image processing, the system get the board information and return the information to the game artificial intelligence which uses the optimal search method to calculate the best playing position. Finally the real time experimental results show proposed interactive robot playing tic-tac-toe has the ability to move motors by itself. In additional, people can play the tic-tac-toe game anytime and join interactive voice to increased more entertainment.

參考文獻


[10]吳旻純,「人工智慧新革命--超級電腦「華生」」, 生活科技教育月刊,2011年
[4]葉難,「Raspberry Pi從入門到應用」,博碩出版社,2014年。
[6]黃源鱗,「遊戲演算法在撲克牌遊戲-大老二上的應用與比較」, 國立臺灣大學電機資訊學院資訊工程學系碩士論文,2009年。
[7]彭振軒,「使用樣板比對做進出口行人數量統計」,國立中央大學資訊工程研究所碩士論文,2006年
[8]張治強,「使用車牌分類器-用於道路監控」,大同大學資訊工程學系碩士論文,2011年。

被引用紀錄


葉俞廷(2016)。應用即時影像及模糊控制理論於輪型機器人之自主循跡避障控制〔碩士論文,中原大學〕。華藝線上圖書館。https://doi.org/10.6840/cycu201600123

延伸閱讀