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YOU SAID:

Derive and write down in matrix/vector forms the solution w∗ to the optimization problem minwL(w). Show all your derivations. (Hint: L(w) is convex in w)

INTO JAPANESE

行列/ベクトルで導出して書き留めると、最適化問題minwL(w)の解w *が得られます。あなたのすべての派生物を見せてください。 (ヒント:L(w)はwに対して凸である)

BACK INTO ENGLISH

Deriving as a matrix / vector and writing down gives the solution w * of the optimization problem minwL (w) Show me all your derivatives. (Hint: L (w) is convex with respect to w)

INTO JAPANESE

行列/ベクトルとして導出して書き留めると、最適化問題の解w *が得られます。minwL(w)すべての微分を見せてください。 (ヒント:L(w)はwに対して凸です)

BACK INTO ENGLISH

Deriving as a matrix / vector and writing down gives the solution w * of the optimization problem. minwL (w) show all the derivatives. (Hint: L (w) is convex with respect to w)

INTO JAPANESE

行列/ベクトルとして導出して書き留めると、最適化問題の解w *が得られます。 minwL(w)はすべての導関数を示します。 (ヒント:L(w)はwに対して凸です)

BACK INTO ENGLISH

Deriving as a matrix / vector and writing down gives the solution w * of the optimization problem. minwL (w) shows all derivatives. (Hint: L (w) is convex with respect to w)

INTO JAPANESE

行列/ベクトルとして導出して書き留めると、最適化問題の解w *が得られます。 minwL(w)はすべての導関数を示します。 (ヒント:L(w)はwに対して凸です)

BACK INTO ENGLISH

Deriving as a matrix / vector and writing down gives the solution w * of the optimization problem. minwL (w) shows all derivatives. (Hint: L (w) is convex with respect to w)

Equilibrium found!

Come on, you can do better than that.

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