Open Source Java Scanner Software

Provides optical character recognition (OCR) solutions for Vietnamese language.

ZXing Android Embedded is a barcode scanning library for Android, using ZXing for decoding. The project is loosely based on the ZXing Android Barcode Scanner application but is not affiliated with the official ZXing project. By default, only SDK 24+ will work, even though the library specifies 19 as the minimum version. For SDK versions 19+, one of the changes changes below are required. Some older SDK versions below 19 may work, but this is not tested or supported. While this is not the primary purpose of this library, it does include basic support for generating some barcode types. To change the orientation, specify the orientation in your AndroidManifest.xml and let the ManifestMerger to update the Activity's definition. The camera permission is required for barcode scanning to function. It is automatically included as part of the library. On Android 6 it is requested at runtime when the barcode scanner is first opened.

SwingSane is a powerful, cross platform, open source Java front-end for using Scanner Access Now Easy (SANE) back-ends. The most powerful feature is its ability to query back-ends for scanner specific options which can be set by the user as a scanner profile. It also has support for authentication, mutlicast DNS discovery, simultaneous scan jobs, image transformation jobs (deskew, binarize, crop, etc), PDF and PNG output. It can also be integrated with your own Java application.

Allows to use a digital camera as a scanner by removing distortion and effects of uneven lighting from a set of photos. A picture of a white sheet of paper can be used as a reference for calibration. Outputs corrected JPEG files and optionally a PDF document combining all pictures.

This project aims to create a single easy to use GUI wrapper for ghostscript and tesseract to allow scanned pdf to plain text or HTML for scanned documents.

A Java interface to the Saned Network Protocol.

Java Image Acquisition Library

DMS based on hierarchical tags and graph theory with real life entities. In the real world you deal with entities like car, family members, dealers and companies. In this dms you can use your real world objects. You can build hierarchical structures and can easily make timelines from your letters Security is one big concern when you scan your personal documents Thats why this DMS is not build as Online/Cloud/Webservice. * I want my scans on my computer only * I want my papers crypted with standardsoftware i decide for me (like 7zip) * I want to open them in 20 years without this software This DMS respects this requirements * all documents are stored i a singe folder for easy backup * all documents are encrypted with your favorite cryting software (like 7zip) * source on github, no vendor-lockin * easy export of your documents * you own all your passwords and accounts, no secrets for the advanced user using latest eclipse rcp

Scan It project was created to facilitate and ease document scanning from web browsers. The project is built with C# as a backend, HTML as frontend and plenty of open source libraries. Solutions that depend on document digitization most of the time depend on scanners to be used within the project implementation. For instance, a project that is switched from hardcopy document processing to a softcopy document processing and the client needs that all old documents to be digitized. Here comes the use of scanner devices, and the client needs all of the systems to be web-based, no desktop software allowed. Here comes Scan It to save the day.

Shared Questionnaire System(SQS) is a full-functional Optical Mark Reader(OMR) form processing system implemented in Java-Swing, XSL-FO and AJAX with straightforward GUIs. It is aimed at developing social platform to share knowledge about questionnaire.

DOCUMENTACIÓN A PRESENTAR. 1. Memoria preliminar describiendo la tecnología a utilizar y su justificación, planificación de las tareas a realizar y distribución de dichas tareas entre los miembros del grupo. 2. Ejecutable que cumpla los requisitos establecidos en la memoria. 3. Memoria final del proyecto, en el que se incluirá: a. Descripción de la tecnología utilizada y, en el caso de que no coincida con la establecida en la memoria preliminar, justificar el cambio. b. Descripción de los costes computacionales y requisitos tecnológicos. c. Manual de usuario del programa desarrollado. FASES 1. Entrega de la memoria preliminar (límite: 24 de febrero) (1 punto). 2. Entrega del ejecutable (4 puntos) y de la memoria final (3 puntos) (límite: 23 de mayo). 3. Presentación del trabajo (2 puntos) (28 de mayo).