pepper robot的問題,透過圖書和論文來找解法和答案更準確安心。 我們找到下列免費下載的地點或者是各式教學

pepper robot的問題,我們搜遍了碩博士論文和台灣出版的書籍,推薦Bolts, Russ寫的 The Bots Collection #2: A Tale of Two Classrooms; The Secret Space Station; Adventures of the Super Zeroes; The Lost Camera 和Bolts, Russ的 The Bots Ten-Book Collection: The Most Annoying Robots in the Universe; The Good, the Bad, and the Cowbots; 20,000 Robots Under 都 可以從中找到所需的評價。

另外網站Artificial Intelligence - Christchurch Airport也說明:In 2019 we began trialing our first humanoid robot, Pepper. Pepper robots are created by SoftBank Robotics to make people's lives easier, more connected and ...

這兩本書分別來自 和所出版 。

中原大學 電機工程學系 廖裕評所指導 吳子健的 基於深度學習之視覺辨識之除蟲機器人 (2021),提出pepper robot關鍵因素是什麼,來自於人工智能、深度學習、麥克納姆輪、深度攝影機、PID控制、機器人。

而第二篇論文國立彰化師範大學 工業教育與技術學系 陳德發所指導 蔡佳利的 基於深度學習物件辨識之機械手臂軌跡規劃 (2021),提出因為有 OpenCV、卷積類神經網路、物件辨識、機械手臂的重點而找出了 pepper robot的解答。

最後網站Pepper, the Humanoid Robot | Roanoke County, VA則補充:RCPL was the first public library in the U.S. to recruit Pepper®, the humanoid robot to serve as part of the library's team. We've partnered with RobotLAB, ...

接下來讓我們看這些論文和書籍都說些什麼吧:

除了pepper robot,大家也想知道這些:

The Bots Collection #2: A Tale of Two Classrooms; The Secret Space Station; Adventures of the Super Zeroes; The Lost Camera

為了解決pepper robot的問題,作者Bolts, Russ 這樣論述:

Russ Bolts has always loved robots ever since he was a kid. He lives in New York City with his family and builds robot stories in his spare time. Bots is his first robot series. Jay Cooper is a graphic designer of books and theatrical advertising (he’s still baffled by the fact that he’s worked on m

ore than one hundred Broadway musicals and plays). However, nothing makes him happier than writing and illustrating stories for kids. He is the author/illustrator of the Spy Next Door series and the Pepper Party series, as well as the illustrator of Food Trucks!, Delivery Trucks!, and the Bots serie

s.

pepper robot進入發燒排行的影片

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基於深度學習之視覺辨識之除蟲機器人

為了解決pepper robot的問題,作者吳子健 這樣論述:

根據統計,台灣農藥每單位用量,每公頃平均最高曾到十七公斤,居高世界第一位。而農藥用多了,食品內的農藥濃度便會提升,對土壤和人體都會產生嚴重影響。因此近年出現了許多的有機農場,有機農場的要求是不使用人工化學合成農藥丶人工合成肥料等等。但是有機種植的困難多,由其蟲害的問題更是讓農夫十分頭痛。解決蟲害最快的方式是直接用人進行觀察並除蟲。但是近年來台灣的高齡化丶少子化與新冠肺炎(Covid-19)的多重影響下,使勞動力大幅下降。 因此本文提出一種智能除蟲機器人,其結合了人工智能(Artificial intelligence, AI)丶深度攝影機丶自走車丶小型機器手臂與麥克納姆輪等裝置,應用於有機農

場中的自動除蟲機器人。除蟲機器人包括三個系統:視覺系統丶移動機構和驅蟲裝置。其中視覺系統能夠對害蟲辨識,也能夠取得距離。再把害蟲的位置傳給移動機構,機器人便會移動到害蟲的面前。最後使用驅蟲裝置,轉動機器手臂並啟動除蟲器,完成除蟲動作。

The Bots Ten-Book Collection: The Most Annoying Robots in the Universe; The Good, the Bad, and the Cowbots; 20,000 Robots Under

為了解決pepper robot的問題,作者Bolts, Russ 這樣論述:

Russ Bolts has always loved robots ever since he was a kid. He lives in New York City with his family and builds robot stories in his spare time. Bots is his first robot series. Jay Cooper is a graphic designer of books and theatrical advertising (he’s still baffled by the fact that he’s worked on m

ore than one hundred Broadway musicals and plays). However, nothing makes him happier than writing and illustrating stories for kids. He is the author/illustrator of the Spy Next Door series and the Pepper Party series, as well as the illustrator of Food Trucks!, Delivery Trucks!, and the Bots serie

s.

基於深度學習物件辨識之機械手臂軌跡規劃

為了解決pepper robot的問題,作者蔡佳利 這樣論述:

「工業4.0(Industry 4.0)」概念,其主軸為智慧系統(Intelligent System)與網路實體化系統(Cyber Physical System),引領全球工業已進入智慧製造時代,象徵工業4.0 的發展已成現今國際發展潮流和趨勢。因應第四次工業革命發展趨勢,工業機器人與自動化設備密不可分關係,也是國家工業發展的重點,要達到此無人工廠之工業自動化的目標,電腦控制系統除了必須以攝影機作為眼睛,擷取製造工件圖片,同時還須具備人工智慧,對製造工件種類、位置、方位角度進行自動辨識,最後,再由機械手臂作為手部,自動控制手臂手爪,將工件以正確的角度方位,平穩的夾取至指定的位置。

本文的目的是利用一個具有視覺系統的六軸機械臂進行物體識別,利用深度學習以正確顯示和準確地分辨目標物,將目標物分類捕捉物件的座標位置和形狀,並將數據資訊傳到機械手臂控制器,以便機械手臂準確無誤地由規劃的軌跡夾送至特定的位置與方位,穩定產品品質暨提升生產技術。 本研究以生產工具組之自動化工廠為模擬系統,將隨機散落不同位置與方位的五件工具,透過自動辨識,取得工具種類、位置與方位的資訊,再將各件工具以機械手臂自動夾取至工具盒。要達成本研究目的,首先以OpenCV 為基礎撰寫Python 程式,將攝影機取得之影像進行去雜訊濾波,轉成灰階、去背,再轉換為二值化圖片,接著進行圖片腐蝕與膨脹,獲

得影像輪廓,並依圖片影像輪廓分別取得各獨立工件外型形狀、位置與方位角度。獲得各工件外型輪廓後,為辨識工件種類,本研究以深度學習之卷積類神經網路(CNN)進行辨識,透過卷積類神經網路辨識前,先以資料擴增(Data Augmentation)技術產生不同大小、位置、角度與翻轉之大量圖片資料進行模型訓練,訓練完成後之模型,除外型極為相似的兩類圖片,有少許辨識錯誤外,多數圖片都能正確辨識工件種類,準確率(Accuracy)達96%。最後,進行六軸關節型機械手臂順向運動學與反向運動學座標軸矩陣轉換,將空間位置與方位轉換為六軸伺服馬達之旋轉角度,再以cubic spline 進行軌跡規劃,以位置、轉速與旋

轉加速度為連續變化,產生機械手臂平穩運動軌跡,將工件正確放入工具盒中。 本文將目前產業界常用之物件辨識方法,機械手臂運動控制與軌跡規劃,透過程式開發,建置系統化模擬分析,對產業界工程師與學校研究生,在產業自動化中,人工智慧物件辨識與機械手臂控制學理及技術能力之提升,應有助益。以本文為基礎,使用景深攝影機判斷工件之高度距離,及使用其他特徵或更新型之類神經網路,辨識外型極相似之物件,以提升辨識準確率,可作為未來進一步之研究目標。