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1·So, product rule is OK for taking the derivative of a dot product.

那么乘积法则对点乘求导没问题。

2·Well, then, dA, so we had to use the product rule carefully, or we use the partials.

那么对于dA，我们必须谨慎地使用乘法法则，或用偏微分。

3·The product rule is very simple and easy to implement, and it doesn't increase additional delay.

该“产生式规则”简单而易以实现，而且不增加浮点加法器的延迟。

4·The weight-based rule, the product rule and the model-based rule is established to present the knowledge.

系统采用了基于权重规则、基于产生式规则和基于模型的知识表示方法；

5·Leading zeros anticipatory logic is implemented based on a set of unified product rule, which can diminish the potential one bit error of original ones.

本文中的前导零预测逻辑是基于一套统一的“产生式规则”，可以消除原有前导零预测逻辑潜在的一位预测错误。

6·OK, now, so there's an interesting thing to note, which is that we can use the usual product rule for derivatives with vector expressions, with dot products or cross products.

还有个很有趣的现象要注意一下，就是我们可以用乘积法则,对向量表达式求导，无论是点乘或叉乘。

7·You can get this either by implicit differentiation and the product rule, or you could get this just by putting here, here,and here the partial derivatives of this with respect to x, y, and z.

可以通过隐函数微分法和乘法法则得到，或者直接,把关于x，y，z的偏微分放进来。

8·In this particular case, the execution of the relation will produce a cross product between all the tables and all the owned members that match the criteria explained in the later rule.

在这个特定用例中，关联的执行将会在所有表和所有符合后面规则中解释的标准的用户之间产生一个衔接产品。

9·By clicking a product in the revenue list, open those rules that contain the selected product in the head of the rule.

单击此收入列表中的一个产品，打开在规则头内包含所选产品的那些规则。

10·A simple rule could easily put an end to such coercion - customers should not be able to re-evaluate the product after leaving their initial comments.

一个简单的规定就能够很容易的终止这种强迫顾客在留下最初的评价后再次更改的行为。