用于证据标记和验证的高安全性标签系统

F.J. Prokoski, R. Riedel, J. Coffin
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引用次数: 0

摘要

光学编码标签可以在验证文档、容器和包裹等物品的身份和完整性方面提供高度安全、廉价的帮助。光学编码标签系统包括用于生产标签的装置、用于粘贴标签的装置、用于将标签存档以供将来比较的装置、用于限制对档案的访问的安全装置、用于在将来验证标签的装置、用于防止重复或移除和重新应用标签的安全装置、管理向授权方分发覆盖层以及验证成功和不成功时要遵循的程序。描述了在验证标签应用程序中使用它的场景,以及标签和覆盖层的生产机制。所开发的技术非常健壮,因为它们允许对图案进行分割,允许污垢和其他掩蔽效果以及部分污损而不会丢失身份。它们可以从未知的距离进行核查,核查过程本身将提供距离信息,以方便锁定目标。原理的证明已经证明了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High security tagging system for evidence marking and verification
Optically encoded tags can provide highly secure, inexpensive assistance in verifying the identity and integrity of items including documents, containers, and parcels. An optically encoded tag system comprises means for producing the tag, means for affixing the tag, means for archiving the tag for future comparison, security provisions to restrict access to the archives, means for verifying the tag at a future time, security provisions to prevent duplication or removal and reapplication of the tags, management of distribution of overlays to authorized parties, and procedures to be followed when verification is successful and when it is not. Scenarios for its use in verification tagging applications, and mechanisms for production of the tags and overlays are described. The techniques developed are highly robust, in that they allow the pattern to be segmented and allow for dirt and other masking effects as well as partial defacement without loss of identity. They may be verified from unknown distances, and the verification process itself will provide distance information to facilitate lock-on for targeting purposes. Proof of principle has been demonstrated.<>
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