本文设计了完整的结构化的基于聚类的BGP故障检测算法体系方法。
We propose a set of highly structured clustering-based algorithm framework to identify the BGP faults from the raw BGP routing updates.
同时，优化方法的理论研究对改进算法的性能、拓宽算法应用领域、完善算法体系同样具有重要作用。
At the same time, the research of optimization theory is important to improve algorithm performance and widen its application fields.
因此，至少应在现代地震台网的时空控制范围内，对C值进行扫描。本文的算法体系是以极大似然法加统一格式加时间窗滑动构成的。
Using present data from seismic station, we calculated value C with the algorithm which consists of the maximum likelihood method, united format and moving analysis method of time series data.
将优化方法的理论研究引入到车间生产调度领域中，改进算法性能、拓宽算法应用领域、完善算法体系，是一个同时具有理论意义和应用价值的课题。
Import of the optimization theory in the field of job scheduling in workshop, improving the performance of algorithm, and making the algorithm work perfectly are important tasks.
将优化方法的理论研究引入到车间生产调度领域中，改进算法性能、拓宽算法应用领域、完善算法体系，是一个同时具有理论意义和应用价值的课题。
Import of the optimization theory in the field of job scheduling in workshop, improving the performance of algorithm, and making the algorithm work perfectly are important tasks.
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