在工業工程領域中，常見許多最佳化的問題可以運用線性規劃(Linear Programming)解法，提供經理人重要的決策參考。本課程以討論數理規劃相關的理論與應用。其範圍包含線性規劃、非線性規劃、啟發式技術規劃。In the industrial engineering field, many common optimization problems can be used to provide important decision references for managers. This course discusses theories and applications related to mathematical planning. Its scope includes linear planning, non-line planning, and development technology planning.
在工業工程領域中，常見許多最佳化的問題可以運用線性規劃(Linear Programming)解法，提供經理人重要的決策參考。本課程以討論數理規劃相關的理論與應用。其範圍包含線性規劃、非線性規劃、啟發式技術規劃。
In the industrial engineering field, many common optimization problems can be used to provide important decision references for managers. This course discusses theories and applications related to mathematical planning. Its scope includes linear planning, non-line planning, and development technology planning.
Winston, W. L. & Venkataramanan, M , Introduction to Mathematical Programming, Operations Research: Volume One, 4th ed., 2003, Brooks/Cole-Thomson Learning.
Winston, W. l. & VE N card Tara, M, Introduction to mathematical programming, operations research: volume one, 4the., 2003, Brooks/Cole-Thomson learning.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 課堂報告與作業課堂報告與作業 Class Reports and Works |
40 | 報告頻率視選課人數彈性調整 |
| 考試考試 exam |
50 | 期中與期末考 |
| 到課及學習態度到課及學習態度 Go to courses and learning attitudes |
10 | 到課率及課堂討論參與 |
