With the restriction of water demand and supply, the objective function optimal value was calculated by sequential quadratic programming. 以需水量和可供水量為約束條件，採用序列二次規劃法求解函數最優值。
Usually the method transforms the quadratic programming to the linear programming by the fact that any two norms are equivalent in the Euclid space. 許多文章提出用線性規劃代替原有的二次規劃來對支撐向量機進行訓練，通常是利用歐式空間上兩種范數的等價性將原來的二次規劃轉化為線性規劃。
With the restriction of water demand and supply, the objective function optimal value was calculated by sequential quadratic programming. 以需水量和可供水量為約束條件，採用序列二次規劃法求解函數最優值。
Usually the method transforms the quadratic programming to the linear programming by the fact that any two norms are equivalent in the Euclid space. 許多文章提出用線性規劃代替原有的二次規劃來對支撐向量機進行訓練，通常是利用歐式空間上兩種范數的等價性將原來的二次規劃轉化為線性規劃。
