本文提出了一种“谐波组清除算法”来估计周期信号的参数。
In this paper, we present a "harmonic group clean algorithm" to obtain the estimation of the parameters of the periodic signal.
其中提出了一种基于FFT的“谐波组迭代清除算法”来估计谐波信号的参数，并根据“谐波图”的值来确定谐波信号的个数。
In this algorithm, a "iterated harmonic-group clean algorithm" is presented to obtain the estimates of the parameters of the harmonic signal based on FFT.
从算法的理论基础来看，其中基于噪声模型的噪声清除算法对其他编码算法(如dct、DPCM、JPEG、SPIHT、MPEG等等)同样具有推广意义。
According to the theory of the algorithm, the noise elimination algorithm based on noise model can also be extended to the other compression algorithms such as DCT, DPCM, JPEG, SPIHT and MPEG.
复制算法的性能很优异，但是它有一个缺点是需要两倍于标记-清除收集器所需要的内存。
The copying algorithm has excellent performance characteristics, but it has the drawback of requiring twice as much memory as a mark-sweep collector.
首先，缓存会实现最近最少使用的算法，使得 ASP.NET能够在内存运行效率较低的情况下强制缓存清除——从缓存自动删除未使用过的项目。
The first is that the Cache implements a least-recently-used algorithm, allowing ASP.NET to force a Cache purge—automatically removing unused items from the Cache—if memory is running low.
当清除多余区域时，叫作“MethodandSystemforGeneratinganOptimizedSuite ofTestCases”的用一种算法可以使覆盖区域达到最少的测试用例。
Called "Method and System for Generating an Optimized Suite of test cases," it USES an algorithm and can arrive at a minimal number of test cases for coverage while eliminating redundancy.
免疫算法已在很多领域得到了成功的应用，如病毒清除和入侵监控、函数优化、TSP问题、数据分析和挖掘、故障诊断等。
Immune algorithm has been successful in many fields, such as virus removal and invasive monitoring, function optimization, TSP problem, data analysis and mining, fault diagnosis.
提出一种快速检测和清除扫描文档图像中存在的一类特殊圆孔噪声的算法。
A fast algorithm is proposed in this paper for detecting and removing a special circular noise caused by punched holes from scanned document images.
非线性扩散方程滤波是一种有效的图象增强算法，能在清除图象噪音的同时保存界面不发生漂移或模糊。
Nonlinear diffusion equation filtering is a powerful tool for enhancing image while preserving edges not drifting or blurred.
提出直接根据单值曲面3维密集测量数据点云进行刀具半径长度补偿，生成刀具加工轨迹并有效清除刀具干涉的新算法。
This paper presents a new algorithm to calculate the CNC tool path directly from the 3D data cloud, eliminating all path interference at the same time.
提出直接根据单值曲面3维密集测量数据点云进行刀具半径长度补偿，生成刀具加工轨迹并有效清除刀具干涉的新算法。
This paper presents a new algorithm to calculate the CNC tool path directly from the 3D data cloud, eliminating all path interference at the same time.
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