Examples of using Finereader engine in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Use predefined profiles to use ABBYY FineReader Engine in common processing scenarios.
The ABBYY FineReader Engine for Linux provides C/C++ native API and a Java wrapper, therefore applications need to be written in C/C++ or Java.
A comprehensive set of code samples provide instructions on how to use the OCR SDK,illustrates different FineReader Engine technologies and can be used for development projects.
You want to use ABBYY FineReader Engine for extracting data from ID documents and exporting it to a file.
To support key business processes such as forms processing, keywordclassification, machine vision or robotic process automation, ABBYY FineReader Engine extracts text from fields or zones.
ABBYY FineReader Engine extracts internal PDF links, hyperlinks and document properties such as subject, author, title, keywords and bookmarks.
This method is the most efficient in speed and automatically eliminates all difficulties related to multi-threading:all operations with the ABBYY FineReader Engine objects are serialized by means of COM.
The quickest way to start using FineReader Engine is to read the Help file and look at the provided sample code that comes with the software.
Using a document type and unique identifier- such as a document number, date, page number,title, etc.- FineReader Engine 2.0 for Embedded OS defines the best name for the document.
The ABBYY FineReader Engine for Windows' application programming interface(API) conforms to the COM standard and can be easily used in C/C++, Visual Basic.
Transfer any rights granted to you hereby andother rights related to ABBYY FineReader Engine SDK to any other person not authorized to use ABBYY FineReader Engine SDK.
ABBYY FineReader Engine enables your software to convert TIFF libraries into PDF, PDF/A, Word or other formats, and accurately extract field values.
The scanned document images were thenforwarded to the Serimag solution which used ABBYY FineReader Engine for text recognition and Serimag's tools for classifying the documents by type.
With ABBYY FineReader Engine 11, OPTIMAL SYSTEMS takes text recognition of digital documents and their conversion to PDF/A to a new level in its ECM solution.
Russia ABBYY has announced the upcoming release of new version of tools developers-ABBYY FineReader Engine 8.0 EPS*. The new product is designed to work on platforms Linux, FreeBSD and Mac OS X Intel.
The ABBYY FineReader Engine OCR process consists of several steps, starting with importing images or Office documents and ending with exporting the recognition results.
The partnership of ABBYY and windreamespecially focusses on the integration of ABBYY software products(especially the ABBYY OCR FineReader Engine and the ABBYY Recognition Server) into the windream ECM system.
The optical inspection system based on ABBYY FineReader Engine significantly shortened testing times and also contributed to a major increase in testing accuracy.
With the help of algorithms based on artificial intelligence, machine learning, andABBYY's Adaptive Document Recognition Technology, ABBYY FineReader Engine analyses the document layout and evaluates individual hypothesis.
ABBYY FineReader Engine can detect a machine-readable zone on the image of an ID or travel document and extract data that is encoded in accordance with the ICAO Document 9303.
For both types of PDF processing- the conversion of documents into PDF as well as processing of PDFs and PDF/A files,ABBYY FineReader Engine offers a broad range of options and tools and allows to process and create electronic documents according to the PDF/A-3 standards and ZUGFeRD-compliant electronic invoices.
The ABBYY FineReader Engine is able to specify text areas and fields that should be recognized and page areas, such as images or diagrams, that should be kept in their original form.
September 19, 2006- ABBYY, a world leader in the development of document recognition, data capture and linguistic technologies,today announced that it has extended its FineReader Engine 8.0 Software Development Kit(SDK) with a new version designed specifically for developers working with Linux, FreeBSD® and the Mac OS X(Intel) platforms.
ABBYY FineReader Engine provides five ActiveX-based Visual Components that allows creating a graphical user interface for viewing and pre-processing images and editing and verifying recognized text as well as monitoring the process.
In addition to document images such as scans, photos or screenshots, ABBYY FineReader Engine can receive and process documents available in Office formats, for example Word, Excel or PowerPoint as well as different types of PDF.
FineReader Engine 8.0 delivers enhancements in image pre-processing technologies for higher accuracy, especially on documents that are typically difficult to read such as newsprint, magazine pages, faxes, copies and text printed on color or textured background.
The software development kit ABBYY FineReader Engine allows software developers to create applications that extract textual information from paper documents, images or displays.
Modify ABBYY FineReader Engine SDK, including making changes to the object code of the application and databases contained in the ABBYY FineReader Engine SDK other than those provided for by the ABBYY FineReader Engine SDK and described in the documentation.
To increase the recognition quality, ABBYY FineReader Engine provides an API for creating and editing recognition languages, adjusting predefined recognition languages, and adding new words to user languages.
The End Useris granted a Runtime License for the ABBYY FineReader Engine SDK contained in the Application on condition that the End User complies with the terms and conditions of the EULA which apply to the ABBYY FineReader Engine SDK or to the Application as a whole.