In order to use handwritings as a universal man-machine interface,
we assume a pen device ― data-embedding pen ― which can
embed digital data into a handwriting by invisible ink in a real-time manner.
This paper discusses the system design, application, and required technologies
around the data-embedding pen. Especially, a novel stroke recovery
algorithm is proposed for retrieving the embedded data along writing
order. In the algorithm, embedded data is used to help the recovery.
A simulation experiment showed that the algorithm can attain high
accuracy on the stroke recovery and the data retrieval.
Files
…
Export this publication
Tab-separated. Paste into the sheet starting at column A. Required fields that cannot be inferred are left blank.
Format definition
Edits apply immediately and stay in effect until you pick a style again or reset. First line is the default; add lines like "book: …" to override per type.
How to write the definition
Insert a field with braces like {authors}. A part enclosed in [ ... ] is omitted entirely when any field inside it is empty. Available fields:
One macro per line as \name{field}{field}…. A field name in braces is replaced by its (LaTeX-escaped) value; other text is kept. Rename macros or add lines freely — they appear in the macro selector. A line like master_thesis: thesis fixes the macro for a type (automatic choice: journals use paperdoi with a DOI, paperno with a number, else paper; conferences conf with pages, else confpaper; books book). {pages} comes as 119--124; {journal} falls back to the book title. Fields: