Titlebook: Research and Advanced Technology for Digital Libraries; 5th European Confere Panos Constantopoulos,Ingeborg T. S?lvberg Conference proceedi

雕鏤

寄生蟲(chóng)

Digital Watermarkignatures bits are embedded in the image..To extract the signature a user needs to know the secret key..Furthermore, a method is implemented to retrieve the signature without reference to the original image..The robustness of the method against possible attacks via geometrical transformation or filtering is analysed.

分解

An Architecture for Automatic Reference Linkingo example reference linking applications buildable on this API. We also introduce a performance metric; currently we are (automatically) extracting reference linking information with more than 80% accuracy.

來(lái)自于

Conference proceedings 2001nderstanding the wider context of technology use is essential to understanding digital library use and its - plementation in different social worlds. Recent health informatics research also - gues that social and organisational factors can determine the success or failure of healthcare IT developmen

漂亮才會(huì)豪華

hermitage

Search Behavior in a Research-Oriented Digital Libraryormation resource for members of this target group, and the collection sees significant use worldwide. Queries from over six months of usage were analyzed, to determine patterns in query construction and search session behavior. Where appropriate, these results are compared to earlier studies of sea

配偶

Verify

insolence

Digital Watermarkotected from misuse. This project will develop a method for provision of protection..An invisible signal, known as a digital watermark, is a mark placed on a still image. In a project Culture Net Denmark at The Royal library in Copenhagen a method for copyright protection of digital colour images is

evanescent

Document Classification and Interpretation through the Inference of Logic-Based Modelsxing can profit by the identification of the document class and of specific function of its single layout components. Indeed, the application of incremental and multistrategy machine learning techniques, rather than the classic ones, allows for an efficient solution to the problem of information cap