运用概率论和数理统计方法，确定了第二代红外线热轴判别标准的几个主要参数的计算机算法。
Finally several parameters for second generation infrared hot-box alarm criteria are determined by means of the probability theory and the mathematical statistics.
对改进算法中二次滤波的噪声方差参数选取采取一种计算反卷积剩余误差的方法，用在第二次滤波步骤中。
The paper also gives an algorithm for estimating the variance of the imaging noises by computing residual deconvolution errors, which is used in the second step of the modified Wiener filter.
在第二章中，提出了把参数算法应用于生物计算，以减少生物计算的空间复杂度的思想。
The idea to use parameterized algorithm to deduce the space complexity of DNA computing is given in the second chapter.
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