![]() (still trying to figure out the organization of the Taka DB). Significantly easier, but I cannot find much prior art. Variations in stroke and order, my system needs to strictly matchĪs you probably realize, the task I need to accomplish is Matches the user's input from among many, even if there are some ![]() So while almost all engines try to choose the one pattern that best The system then has to makeĪ yes/no judgement about whether the user wrote the correct strokes in To be more specific: in my project the user will be shown a keywordĪnd asked to draw the corresponding kanji. Recognition research has moved in for decades. The problem I'm facing is that the requirements for the recognitionĮngine that I need are diametrally opposite to the direction kanji The proper forum for the question, sorry about that. To describe what you want to achieve more precisely. The most popular versions among the program users are. The unique identifier for this application's bundle is. The application relates to Education Tools. The most recent installation package that can be downloaded is 57.6 MB in size. In order to implement new recognition engines. Tagaini Jisho 1.0.3 for Mac is available as a free download on our application library. It is my belief though that both KanjiVG and Taka data could be used Otherwise, a search on Google Scholar should give you a good overview Want some code, then I guess you will want to look at Kanjipad. Recognition engine, so I see no need to embed one in Tagaini. Most operating systems come with their own kanji Necessary data in order to do kanji recognition. I tend to think that both projects could be useful to create the By the meantime, you can read the articlesĪnother project that is worth noticing is the Taka database, whichĪlso provides stroke animation data: net/projects/ taka Ulrich to release this data - while it took more time than expected, Navigation and of course the stroke animations. This is this data that is used in Tagaini for kanjis Ulrich Apel and aims at creating a complete description of kanjisĬomponentization as well as a set of SVG data that describes their The kanji stroke data used by Tagaini comes from the KanjiVG project This is not really a Tagaini-related question, but since the topic is Sorry to bother you and thanks in advance if you can answer any of my enquiries. The bulk of the development is being done in C# under the XNA engine and the target hardware is Windows OS Tablet PCs. Tagaini Jisho has some of the better kanji stroke animations I've seen, so I was wondering if you would be able to answer my question:Īre there any introductory references to the field? I would like to have a better understanding on how kanji stroke data is analyzed andĪlso, if you happen to know about any other projects that would seem to be particularly suited to my needs, I would be very thankful to hear about them. However I am a complete newbie to the field of on-line/real-time kanji recognition. ac.jp/~ qq69528/ webhappyo/, though mostly in Japanese) I need to repurpose an existing kanji recognition engine to fit the requirements of the software I am developing. For my thesis project (description at u-tokyo. My name is Enrique, I'm currently a graduate student at the University of Tokyo.
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