開課班級Class: 授課教師Teacher: 學分數Credits:
羅之綱 2
課程大綱Course Description:
本課程創新將食品安全與時下最流行的人工智慧銜接,提供學生一個未來更安全的食品藍圖,在現有的科技技術支持下學習本課程擴展視野,構思出未來食品安全之方向.課程前半將介紹如何利用感測器在食品製造各階段與後市場端執行偵測,而取得數據,這數據以電腦計算加以分類,搭配人工智慧的方式可以執行預測、預警、自動化等應用,如:結合物聯網應用於食品產銷履歷、供應鏈自動管理、與食品安全預警等,訓練學生應用於食品產業中會遇到的各種狀況.而食品安全管理是建立在風險評估的基礎上,因此在課程後半會導入風險評估於食品安全管理之應用,針對風險評估、膳食調查等龐大數據,利用大數據與人工智慧運算分析,可以更快速地得到許多重要的參數如:食品殘留容許量、建議每日攝取量、毒性當量等,用以建立食品安全管理基礎.
English Outline:
This course innovatively connects food safety with the most popular artificial intelligence nowadays, providing students with a blueprint for safer food in the future. With the support of existing science and technology, students can learn this course to expand their horizons and conceive the direction of future food safety. The first half of the course will introduce how to use sensors to perform detection at various stages of food manufacturing and the after-market to obtain data. This data is classified by computer calculations and can be used with artificial intelligence to perform prediction, early warning, automation and other applications, such as : Combined with the application of the Internet of Things in food production and sales history, automatic supply chain management, and food safety early warning, students are trained to apply it to various situations encountered in the food industry. Food safety management is based on risk assessment, so the application of risk assessment in food safety management will be introduced in the second half of the course. For huge data such as risk assessment and dietary surveys, big data and artificial intelligence calculation and analysis can be used to more accurately Quickly obtain many important parameters such as: food residue tolerance, recommended daily intake, toxic equivalent, etc., to establish the basis for food safety management.
本科目教學目標Course Objectives:
教學型態Teaching Models: 成績考核方式Grading:
遠距教學(非同步)  平時成績General Performance:%
期中考Midterm Exam:%
期末考Final exam:%
其它 Other:出席率50%、心得50%
參考書目Textbooks/References:
SDGs指標:
UCAN職業項目:
課程更新狀態:
課程匯入時間Import Time:2023-07-04 11:00:26
最後更新時間Last Modified:2023-12-18 09:59:15,更新人modified by:羅之綱