農業生產自動化(第3年/全程5年)

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單位商業會員附件下載:
計畫名稱: 農業生產自動化(第3年/全程5年)
計畫主持人: 陳世銘
共同計畫主持人:
計畫編號: 96農科-9.1.1-糧-Z1(Z)
計畫主管機構: 行政院農業委員會農糧署
計畫執行機構: 國立臺灣大學
全程計畫年: 2007
關鍵字:
摘要: 本年度有關「蔬果內部品質檢測自動化系統開發與應用」將進行番石榴採後處理作業自動化之開發應用、攜帶型水果內部品質檢測系統之研製等二項研究計畫。有關「溫室環控遠端監視系統與環境監測、精準控制技術開發」方面則有花卉設施栽培精準管理與生產歷程制度建立、設施栽培遠端監控及精準管理自動化系統之研究等二項研究計畫。有關「無線射頻辨識技術(RFID)應用農產品流通及追蹤管理系統之建立」將進行設施栽培遠端監控及精準管理自動化系統之研究、水果收穫後處理品質追蹤系統之研究、RFID蝴蝶蘭產銷履歷識別標籤系統之研究、建立宜蘭地區青蔥RFID生產履歷系統等四項研究計畫。有關「多功能及無人化農業用機器人之開發」則有模組化多功能套管式自動嫁接系統之整合研究、設施內番茄無人化採收系統之開發研究等二項研究計畫之進行。有關「優質農產品採收後及運輸過程品質維持與儲運自動化技術之研究」將進行水果運輸過程減傷自動化技術之研究、蔬果運銷狀況與品質即時監測分析系統及技術之研發等兩項研究計畫。有關「整合型生物感測系統及檢測自動化技術之研發」將進行蝴蝶蘭病毒檢測自動化作業機之研究、蝴蝶蘭瓶苗黴菌污染檢測選別系統的開發、螢光燈電子安定器應用於蘭花組織培育之研究等三項研究計畫。Regarding the development of automatic inspection system for internal quality of fruits and vegetables, the projects to be conducted are: “The Study and Development of an Automatic Sequential Processing System for Post-harvested Guava” and “Development of a Portable Inspection System for Internal Quality of Fruits”. Regarding the study of remote monitoring and environmental control in greenhouses, the projects to be conducted are: “The Establishment of Production History and Precision Management for Flower Protected Culture” and “Study on Precision Cultivation and Remote Control for Automatic Greenhouse Production”. Regarding the application of Radio Frequency Identification (RFID) to traceability system in agricultural production, the projects to be conducted are: “Study on Precision Cultivation and Remote Control for Automatic Greenhouse Production”, “ Study of the RFID-Enabled Traceability System for the Phalaenopsis Biography of Production and Logistics”, “Establishment of Welsh onion RFID Product Tracing System in Ilan Area” and “Study on Trace System for Fruit Quality in Post-harvesting Process”. Regarding the development of multi-functional agricultural robots, the projects to be conducted are “Study of an Automatic Tubing-grafting Robotic Integrated System with Modular and Multi-functional Design” and “Development of an Autonomous Picking Robot for Greenhouse Grown Fruits and Vegetables”. Regarding the study of automated technology for agricultural produces during transportation and storage, the projects to be conducted are: “Automated Technology for the Damage Reduction of Fruits During Transportation” and “The Development of Condition and Quality Monitoring-Analyzing System and Technology for Fruits and Vegetables during Marketing Processes”. Regarding the study of integrated bio-sensing system and technology, the projects to be conducted are: “The Machinery Development of Automatic Detection for the Phalaenopsis Orchid Virus”, “Development of Detection and Separation System for Mold Contaminated Plantlets of Phalaenopsis in Flask” and “Study on Tissue Culture of Orchid Plantlets with Application of Electronic Ballasts for Fluorescent Lamp”.
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