Real-time classification of chromosomes in slit scan flow cytometry using NERV-a MIMD supercomputer

P. Zuse, R. Hauser, R. Manner, M. Hausmann, C. Cremer
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引用次数: 1

Abstract

Presently, profile evaluation can be done at a rate of 10 chromosomes/s using the reflection algorithm. To measure, for example, radiation-induced aberrations in the low dose range or to sort chromosomes according to their slit scan data, it is desired that the analysis speed increase by a factor of 100. It is shown that the data analysis rate allowed by the on-line computer may be increased by implementing the analysis algorithm on a multiprocessor system consisting of 60 microprocessors. The authors discuss an evaluation done on a parallel processing system that may consist of a high number (>
利用nerva - MIMD超级计算机进行狭缝扫描流式细胞术中染色体的实时分类
目前,利用反射算法可以以10个染色体/s的速率进行剖面评价。例如,为了测量低剂量范围内的辐射引起的像差或根据染色体的狭缝扫描数据对染色体进行分类,需要将分析速度提高100倍。结果表明,在由60个微处理器组成的多处理机系统上实现该分析算法,可以提高联机计算机允许的数据分析速率。作者讨论了对一个并行处理系统所做的评估,该系统可能由大量(> >
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