equivalently, therefore
等价地，因此
equivalently stated
等价地表达
equivalently expressed
等价地定义
equivalently defined
等价地描述
equivalently described
等价地，由此可见
equivalently, it follows
等价地，考虑
equivalently, consider
等价地，即
equivalently, namely
等价地说
equivalently, thus
equivalently speaking
equivalently, we can express this as a sum of squares.
等价地说，我们可以将其表达为平方和。
equivalently, the problem can be viewed as an optimization task.
等价地，可以将问题视为优化任务。
equivalently, consider the case where x equals zero.
等价地，考虑x等于零的情况。
equivalently, this statement is true regardless of the input.
等价地说，无论输入是什么，这个陈述都是正确的。
equivalently, the two approaches yield the same result.
等价地，这两种方法产生相同的结果。
equivalently, let's define 'success' in a different way.
等价地，让我们以不同的方式定义“成功”。
equivalently, the function is continuous and differentiable.
等价地，函数是连续的且可微的。
equivalently, we can rewrite the equation using logarithms.
等价地，我们可以使用对数重新改写方程。
equivalently, the two systems are mathematically consistent.
等价地，这两个系统在数学上是一致的。
equivalently, this can be interpreted as a boundary condition.
等价地，这可以解释为边界条件。
equivalently, the algorithm converges to a stable solution.
等价地，该算法收敛于一个稳定的解。
equivalently, therefore
等价地，因此
equivalently stated
等价地表达
equivalently expressed
等价地定义
equivalently defined
等价地描述
equivalently described
等价地，由此可见
equivalently, it follows
等价地，考虑
equivalently, consider
等价地，即
equivalently, namely
等价地说
equivalently, thus
equivalently speaking
equivalently, we can express this as a sum of squares.
等价地说，我们可以将其表达为平方和。
equivalently, the problem can be viewed as an optimization task.
等价地，可以将问题视为优化任务。
equivalently, consider the case where x equals zero.
等价地，考虑x等于零的情况。
equivalently, this statement is true regardless of the input.
等价地说，无论输入是什么，这个陈述都是正确的。
equivalently, the two approaches yield the same result.
等价地，这两种方法产生相同的结果。
equivalently, let's define 'success' in a different way.
等价地，让我们以不同的方式定义“成功”。
equivalently, the function is continuous and differentiable.
等价地，函数是连续的且可微的。
equivalently, we can rewrite the equation using logarithms.
等价地，我们可以使用对数重新改写方程。
equivalently, the two systems are mathematically consistent.
等价地，这两个系统在数学上是一致的。
equivalently, this can be interpreted as a boundary condition.
等价地，这可以解释为边界条件。
equivalently, the algorithm converges to a stable solution.
等价地，该算法收敛于一个稳定的解。
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