ExSep:使用Neural Skyline Filter的外显子分离过程

Md. Sarwar Kamal, S. Nimmy, Muhammad Iqbal Hossain, N. Dey, A. Ashour, V. Santhi
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引用次数: 9

摘要

外显子和内含子是DNA和RNA的互补部分。由于生物科学中数据集过多,有时从这些数据集中提取有意义的信息是非常昂贵和昂贵的。为了加速高效、快速的外显子分离,采用神经天际线过滤器(NeuralSF)和布隆过滤器设计了一个自动化系统。这一发展可以对NeuralSF、Bloom Filter和无Filter处理的性能进行比较分析。实验和模拟结果表明,在发现外显子的数量和时间方面,NeuralSF都优于其他方法。该系统可以帮助减少大量收集的冗余数据集。除此之外,它还能处理大的生物数据。
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ExSep: An exon separation process using Neural Skyline Filter
Exons and Introns are complimentary parts of DNA and RNA. Due to excessive data set in biological science, it is sometimes very expensive and costly to extract meaningful information from such data set. To accelerate efficient and faster exons separation an automated system designed under Neural Skyline Filter(NeuralSF) and Bloom filter. This development allows the comparative analysis on performances among NeuralSF, Bloom Filter and processing without filter. The outcome of the experiments and simulations shows that NeuralSF outperforms other processes in both the cases as number of exons finding and timing. This system may help to reduce the redundant data set from large number of collections. Apart from that it will enable to handle big biological data.
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