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Applications of ACESYS in Controlled Environment Agriculture (CEA)

Applications of ACESYS in Controlled Environment Agriculture (CEA). 方煒 台灣大學生物產業機電工程系教授 Wei Fang, Ph.D., Professor Dept. of Bio-Industrial Mechatronics Engineering National Taiwan University. Concept of Automation-Culture-Environment Oriented Systems Analysis ( ACESYS).

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Applications of ACESYS in Controlled Environment Agriculture (CEA)

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  1. Applications of ACESYS in Controlled Environment Agriculture (CEA) 方煒 台灣大學生物產業機電工程系教授 Wei Fang, Ph.D., Professor Dept. of Bio-Industrial Mechatronics Engineering National Taiwan University

  2. Concept of Automation-Culture-Environment Oriented Systems Analysis (ACESYS) • Components and Processes of Controlled Environment Bio-Production Systems may be categorized into three classes: (K.C. Ting, 1994) • Automation – machine capabilities of information processing and physical work (including perception, reasoning/learning, communication, and task planning/execution) • Culture – factors and practices that can directly describe and/or modify the growth and development of biological objects (e.g. morphological and physiological conditions, as well as cultural tasks including multiplication, nutrient delivery, disease prevention, harvesting, etc.) • Environment – surroundings of biological objects (including climatic, nutritional, structural, and mechanical conditions)

  3. Application of ACESYS to Phytomation Systems (i.e. using ACESYS to describe and implement Phytomation systems) Strategy for artificial lighting inSingle Truss Tomato Cropping System (Ting, Fang, et al.) Plant factory for Phalaenopsis young plant production (Fang) ALSS, NASA (Ting) Greenhouse Cooling

  4. STTCS

  5. GH_cooling

  6. Plant Factory of Phalaenopsis

  7. A Schematic ALSS Plant Growth Unit Crew Space De- humidifier Air Purifier Water Purifier Waste Processing Unit Food Processing Unit Air Water (After M.M. Averner, 1989) Biomass

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