equivalently, therefore
等同地，因此
equivalently stated
等同地說明
equivalently expressed
等同地表達
equivalently defined
等同地定義
equivalently described
等同地描述
equivalently, it follows
等同地，由此可得
equivalently, consider
等同地，考慮
equivalently, namely
等同地，也就是說
equivalently, thus
等同地，因此
equivalently speaking
等同地說
equivalently, we can express this as a sum of squares.
等價地，我們可以將其表達為平方和。
equivalently, the problem can be viewed as an optimization task.
等價地，這個問題可以被視為一個優化任務。
equivalently, consider the case where x equals zero.
等價地，考慮 x 等於零的情況。
equivalently, this statement is true regardless of the input.
等價地，無論輸入是什麼，這個陳述都是成立的。
equivalently, the two approaches yield the same result.
等價地，這兩種方法會產生相同的結果。
equivalently, let's define 'success' in a different way.
等價地，讓我們以不同的方式定義“成功”。
equivalently, the function is continuous and differentiable.
等價地，函數是連續且可微的。
equivalently, we can rewrite the equation using logarithms.
等價地，我們可以利用對數重新改寫方程式。
equivalently, the two systems are mathematically consistent.
等價地，這兩個系統在數學上是一致的。
equivalently, this can be interpreted as a boundary condition.
等價地，這可以被解釋為一個邊界條件。
equivalently, the algorithm converges to a stable solution.
等價地，該演算法收斂到一個穩定的解。
equivalently, therefore
等同地，因此
equivalently stated
等同地說明
equivalently expressed
等同地表達
equivalently defined
等同地定義
equivalently described
等同地描述
equivalently, it follows
等同地，由此可得
equivalently, consider
等同地，考慮
equivalently, namely
等同地，也就是說
equivalently, thus
等同地，因此
equivalently speaking
等同地說
equivalently, we can express this as a sum of squares.
等價地，我們可以將其表達為平方和。
equivalently, the problem can be viewed as an optimization task.
等價地，這個問題可以被視為一個優化任務。
equivalently, consider the case where x equals zero.
等價地，考慮 x 等於零的情況。
equivalently, this statement is true regardless of the input.
等價地，無論輸入是什麼，這個陳述都是成立的。
equivalently, the two approaches yield the same result.
等價地，這兩種方法會產生相同的結果。
equivalently, let's define 'success' in a different way.
等價地，讓我們以不同的方式定義“成功”。
equivalently, the function is continuous and differentiable.
等價地，函數是連續且可微的。
equivalently, we can rewrite the equation using logarithms.
等價地，我們可以利用對數重新改寫方程式。
equivalently, the two systems are mathematically consistent.
等價地，這兩個系統在數學上是一致的。
equivalently, this can be interpreted as a boundary condition.
等價地，這可以被解釋為一個邊界條件。
equivalently, the algorithm converges to a stable solution.
等價地，該演算法收斂到一個穩定的解。
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