The 1st BioSecure Residential Workshop

G. Chollet, G. Aversano, B. Dorizzi, D. Petrovska-Delacrétaz
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引用次数: 8

Abstract

The widespread adoption of biometric technologies has proved to be slower and less enthusiastic than predicted, especially in Europe. In order to overcome the current impediments and limitations in existing biometric systems, and thus to increase trust and confidence in biometric solutions, the BioSecure Network of Excellence (NoE) works though integrating multidisciplinary research efforts and facilitating objective evaluations to address a range of challenging issues in the field of biometrics. To achieve these goals the BioSecure Network of Excellence takes in charge the development or improvement of existing open-source systems for speech, face, talking face, signature, fingerprint, hand and iris modalities, as well as for development of multi-modal biometric experiments. These reference systems along with existing publicly available databases and assessment protocols define the building blocks of the BioSecure Integrated Performance Evaluation Framework. This evaluation framework will be put in practice during the 1st BioSecure Residential Workshop. More than sixty doctoral, postdoctoral, senior and invited researchers will meet together during four weeks, to advance mono-modal and multi-modal evaluation experiments integrating reference systems and research prototypes. In this paper more details about this event and the underling research challenges are given. This exercise will lead to a worldwide biometric evaluation campaign to be launched in 2007.
第一届生物安全住宅工作坊
事实证明,生物识别技术的广泛采用比预期的要慢,也没有那么热情,尤其是在欧洲。为了克服现有生物识别系统的障碍和局限性,从而增加对生物识别解决方案的信任和信心,生物安全卓越网络(NoE)通过整合多学科研究努力和促进客观评估来解决生物识别领域的一系列具有挑战性的问题。为了实现这些目标,BioSecure卓越网络负责开发或改进现有的开源系统,用于语音、面部、说话面部、签名、指纹、手和虹膜模式,以及开发多模态生物识别实验。这些参考系统以及现有的公开可用数据库和评估协议定义了BioSecure综合性能评估框架的构建模块。该评估框架将在第一届生物安全住宅研讨会期间付诸实践。60多名博士、博士后、高级和特邀研究人员将在四周的时间里齐聚一堂,推进整合参考系统和研究原型的单模态和多模态评估实验。本文详细介绍了这一事件及其面临的研究挑战。这项工作将导致在2007年展开一项全球生物特征评估运动。
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