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Benchmarking biomedical text mining web servers at BioCreative V.5: the technical Interoperability and Performance of annotation Servers - TIPS track

机译:在BioCreative V.5上对生物医学文本挖掘Web服务器进行基准测试:注释服务器的技术互操作性和性能-TIPS跟踪

摘要

The TIPS track consisted in a novel experimental task under the umbrellaof the BioCreative text mining challenges with the aim to, for the first timeever, carry out a text mining challenge with particular focus on the continuousassessment of technical aspects of text annotation web servers, specifically ofbiomedical online named entity recognition systems.A total of 13 teams registered annotation servers, implemented in various programminglanguages, supporting up to 12 different general annotation types. Thecontinuous evaluation period took place from February to March 2017. The systematicand continuous evaluation of server responses accounted for testing periodsof low activity and moderate to high activity. Moreover three documentprovider settings were covered, including also NCBI PubMed. For a total of4,092,502 requests, the median response time for most servers was below 3.74 swith a median of 10 annotations/document. Most of the servers showed greatreliability and stability, being able to process 100,000 requests in 5 days.
机译:TIPS跟踪在BioCreative文本挖掘挑战的保护下进行了一项新颖的实验任务,目的是首次进行文本挖掘挑战,特别着重于对文本注释Web服务器,特别是生物医学的技术方面的持续评估在线命名实体识别系统。共有13个团队注册了注释服务器,以各种编程语言实现,最多支持12种不同的常规注释类型。连续评估期为2017年2月至2017年3月。服务器响应的系统和连续评估占了低活动和中至高活动的测试期间。此外,还涵盖了三个文档提供者设置,包括NCBI PubMed。对于总共4,092,502个请求,大多数服务器的中位响应时间低于3.74 s,中位值为10个注释/文档。大多数服务器显示出很高的可靠性和稳定性,能够在5天内处理100,000个请求。

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