Embedding Meta-Information in Handwriting -- Reed-Solomon for Reliable Error Correction
Embedding Meta-Information in Handwriting -- Reed-Solomon for Reliable Error Correction
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在手写体中嵌入元信息——Reed-Solomon 实现可靠的纠错
DOI：
10.1109/icfhr.2010.127
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发表时间：
2010
期刊：
影响因子：
--
通讯作者：
K. Kise
中科院分区：
文献类型：
--
作者：
M. Liwicki;S. Uchida;M. Iwamura;S. Omachi;K. Kise
本文提出了一种更紧凑、更可靠的数据嵌入笔编码方案。数据嵌入笔在书写过程中沿着手写图案产生额外的墨点序列。例如，墨点序列表示元信息（如作者的姓名和写作日期），从而大大增加了物理纸张上笔迹的价值。不需要访问笔上的任何内存来恢复信息，这在多写入器或多笔场景中特别有用。本文主要研究编码信息的紧凑性。本文的目的是在短笔划序列中编码尽可能多的信息。在我们的实验中，我们表明我们可以在更短的笔画中嵌入比以前的工作更多的信息。在短至5厘米的直线中，可以成功嵌入32位。此外，新的编码方案在更复杂的模式下也能可靠地工作。
In this paper a more compact and more reliable coding scheme for the data-embedding pen is proposed. The data-embedding pen produces an additional ink-dot sequence along a handwritten pattern during writing. The ink-dot sequence represents, for example, meta-information (such as the writer’s name and the date of writing) and thus drastically increases the value of the handwriting on a physical paper. There is no need to get access to any memory on the pen to recover the information, which is especially useful in multi-writer or multi-pen scenarios. In this paper we focus on the compactness of the encoded information. The aim of this paper is to encode as much information as possible in short stroke sequences. In our experiments we show that we can embed more information in shorter strokes than in previous work. In straight lines as short as 5 cm, 32 bits can successfully be embedded. Furthermore, the new encoding scheme also works reliably on more complex patterns.