该方法基于随机矢量加法法则，考虑到不同电压等级之间谐波的相互渗透作用，提出了可行的解决途径。
In terms of the summation rule of random vectors, the approach effectively solves the problem involved in the effect of the harmonic emission on the individual voltage levels.
因此矢量的加法和减法,要比标量复杂。
So the adding and the subtraction of vectors is way more complicated than just scalars.
基于算术加法测试生成，提出了VLSI中加法器的一种自测试方案：加法器产生自身所需的所有测试矢量。
A self-test scheme, under which all test patterns for adder under test in VLSI are produced by the adder self, is presented based on arithmetic additive generator.
基于算术加法测试生成，提出了VLSI中加法器的一种自测试方案：加法器产生自身所需的所有测试矢量。
A self-test scheme, under which all test patterns for adder under test in VLSI are produced by the adder self, is presented based on arithmetic additive generator.
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