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Evaluation of the Performances of a Parallel Algorithm to Recognize the Patterns in Relation with the Sequential Variant

机译:评估与顺序变量有关的模式的并行算法的性能评估

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The rhythm of human biological degradation, due to increased obesity, high blood pressure and the main cardiovascular affections, to cancer extension, to the breathing diseases etc., is more and more alarming. A first aim of this paper is the use of some clinical tests [1], based on medical investigations, on patients to prevent the main diseases that threaten the human species. The pattern recognition algorithms are very useful in analyzing the information contained by the tests. The great volume of the entering data (hundreds of recordings) collected from patients and used by these algorithms have an important part in grouping them according to their genetic heritage. A correct clustering of these inheritances cannot be achieved by the sequential algorithms, having a single processor with limited memory, but by the parallel algorithms using a great number of processors, each having its own memory.
机译:由于肥胖,高血压和主要的心血管疾病,癌症扩展,呼吸系统疾病等引起的人类生物降解的节奏越来越令人震惊。本文的首要目标是基于医学研究,对患者使用一些临床试验[1],以预防威胁人类的主要疾病。模式识别算法在分析测试中包含的信息时非常有用。从患者那里收集并由这些算法使用的大量输入数据(数百条记录)在根据患者的遗传遗产进行分组方面具有重要作用。这些继承的正确聚类不能通过具有有限内存的单个处理器的顺序算法来实现,而是通过使用大量处理器(每个处理器都有自己的内存)的并行算法来实现。

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