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Data sonification of volcano seismograms and Sound/Timbre reconstruction of ancient musical instruments with Grid infrastructures

机译:利用网格基础设施对火山地震图进行数据超声处理和对古老乐器进行声音/音色重建

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Recently, the scenario of international collaboration in scientific research has swiftly evolved with the gradual but impressive deployment of high bandwidth networks and Grid infrastructures towards what is currently called e-Science. So far, several scientific domains, such as Life Sciences, High Energy Physics, Computational Chemistry, Earth Science, etc. are benefiting of e-Infrastructures to tackle new global challenges, particularly those that have high societal and economic impact, with a truly multidisciplinary approach. Much less has been done, however, in the field of Humanities. In this paper we present some use cases of how the EU funded e-Infrastructures have been used to support both the Cultural Heritage community in reconstructing the sound of ancient musical instruments and the scientists belonging to the Earth Science domain to better understand the behavior of volcanoes close to eruptions translating the patterns of volcanic seismograms into a set of hearable sound waves.
机译:近来,随着高带宽网络和网格基础设施逐步朝着目前所谓的电子科学的方向逐渐但令人印象深刻地部署,科学研究领域的国际合作方案迅速发展。到目前为止,生命科学,高能物理,计算化学,地球科学等多个科学领域正在利用电子基础设施来应对新的全球挑战,尤其是那些具有高度社会和经济影响力的真正的多学科挑战方法。但是,在人文科学领域所做的工作很少。在本文中,我们介绍一些用例,说明如何使用欧盟资助的电子基础设施来支持文化遗产社区重建古代乐器的声音以及属于地球科学领域的科学家,以更好地了解火山的行为接近火山爆发,将火山地震图的模式转换为一组可听到的声波。

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