从微积分成为一门学科来说，是在十七世纪，但是，微分和积分的思想在古代就已经产生了。
From the calculus to become a discipline it is in the seventeenth century, however, differential and integral thinking in ancient times had been born.
设计了解析模糊控制器，并在此基础上引入了单神经元；根据智能积分的思想，研究了模糊神经元非模型控制算法。
Based on designing analytical fuzzy controller, fuzzy-neuron model-free control algorithm is studied by using single neuron and the thought of intelligent integral.
文章结合代数曲线积分思想与活性边表技术，提出了一种新的任意多边形代数积分算法。
Based on the Curvilinear Integral and its sorted edge table, a new polygon fill algorithm is developed in the article.
将概率的基本思想，应用在计算实无穷积分中，结果表明该方法与小圆弧引理相比，计算更为方便简单、适用范围更为广泛。
To apply the basic idea of probability to the computing of real infinite integrals, to find that this method is more simple, convenient and widely used than the Small Arc Lemma.
将逐步积分法的思想与传统传递矩阵法相结合，提出了增量传递矩阵方法。
An increment transfer matrix method based on step-by-step integration method and traditional transfer matrix method was put forward.
针对系统达到稳态时，模糊控制存在稳态静差这一缺陷，提出了带积分器的模糊控制思想。
Based on existing static error when the system is in steady-state, the fuzzy control thought paralleled integrator is proposed.
提出基于细分和数值积分思想的一种离散的守恒重映方法———质点重映方法。
A discrete conservative remapping algorithm based upon refinement and numerical integrals, named particle remapping algorithm, is presented.
提出了一种以中心矩作为匹配特征，基于积分图像的思想，并采用粗、精阶段相结合的相关跟踪算法。
A new algorithm based on the characteristic of centralized moments and the idea of Integral-Images, which combined two-stage cross correlation tracking algorithms was described.
在模型的求解方法中，借鉴人寿保险精算学生存曲线理论、关系营销价值理论及微积分思想来求取渠道平均寿命周期；
Firstly, we use actuarial survivor curve, value theory of relation marketing, and calculus thought for reference to find average channel life-span;
下面我们就针对高等数学中的某些级数、极限和积分的计算，通过找到它们之间的联系，运用概率思想进行解答。
This article aims to inductive probability knowledge in the series, limits and integral calculation principle and illustrate the application.
利用积分流形模型化简(IMMD)的思想，给出了含动态电压调节器(DVR)配电网络的动态电压分析方法。
Integral manifold model reduction (IMMD) has been applied for the analysis of distribution system with dynamic voltage regulator (DVR) in the paper.
追溯了微积分的早期思想渊源，对中西数学家所作出的贡献进行了比较。
The authors trace calculus back to early method and thinking and compare the contribution to calculus of Chinese ancient mathemations with western mathemations.
为了提高系统的稳定性，抑制滤波器的谐振，在双闭环控制的基础上提出了一种基于虚拟电阻思想的控制策略。通过对滤波电容电流的积分处理，改变了系统传递函数的极点，确保了系统的稳定运行。
To suppress resonance of LCL filter and improve stability of system, it is pre - sent that a voltage and current double loops control strategy based on virtual resistor concept.
为了提高系统的稳定性，抑制滤波器的谐振，在双闭环控制的基础上提出了一种基于虚拟电阻思想的控制策略。通过对滤波电容电流的积分处理，改变了系统传递函数的极点，确保了系统的稳定运行。
To suppress resonance of LCL filter and improve stability of system, it is pre - sent that a voltage and current double loops control strategy based on virtual resistor concept.
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