Implementation of an online database for tables of contents of books

Jett, Marti; Reuse, B.; Kessling, G.

doi:10.1108/eb045626

Cited by 2 publications

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“…The intention is to use this HTML page, which gives clues regarding physical features like font size, font face, to identify the bibliographic data elements from the Title Page using a program. Even for the creation of an online data base for tables of contents of books, this kind of model could be developed (Jett et al, 1998). The rules derived from the heuristics are implemented in a Java program.…”

Section: Program For Identification Of Bibliographic Data Elements From Title Pagementioning

confidence: 99%

Heuristics for identification of bibliographic elements from title pages

Rath

Prasad

2004

Library Hi Tech

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This paper presents a methodology for automatic identification of bibliographic data elements from the title pages of books. Also enumerates the various steps like scanning the title pages, running Optical Character Recognition (OCR) software, generating HTML files out of title pages and applying heuristics to identify the bibliographic data elements. Much of the paper deals with the surveys undertaken to analyze the characteristics of various bibliographic descriptive elements like title, author, publisher etc. The first survey deals with the sequence of the bibliographic data in the title pages. The second survey deals with the font size, font type and the proximity of each bibliographic element on the title pages. The survey results are then used to develop heuristics, in order to develop a rule based expert system which can identify the bibliographic elements on the title pages. The results of the system are presented along with problems encountered. 1. OmnipagePro 10 claims more than 99% accuracy, and it is found the accuracy is impressive for original documents.

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Section: Program For Identification Of Bibliographic Data Elements From Title Pagementioning

confidence: 99%

Heuristics for identification of bibliographic elements from title pages

Rath

Prasad

2004

Library Hi Tech

View full text Add to dashboard Cite

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Enhancing Access to IEEE Conference Proceedings

Madarash-Hill

Hill

2004

Science & Technology Libraries

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Mobile devices become more and more important today, especially for augmented reality (AR) applications in which the camera of the mobile device acts like a window into the mixed reality world. Up to now, no photorealistic augmentation is possible since the computational power of the mobile devices is still too weak. Even a streaming solution from a stationary PC would cause a latency that affects user interactions considerably. Therefore, we introduce a differential illumination method that allows for a consistent illumination of the inserted virtual objects on mobile devices, avoiding a delay. The necessary computation effort is shared between a stationary PC and the mobile devices to make use of the capacities available on both sides. The method is designed such that only a minimum amount of data has to be transferred asynchronously between the stationary PC and one or multiple mobile devices. This allows for an interactive illumination of virtual objects with a consistent appearance under both temporally and spatially varying real illumination conditions. To describe the complex near-field illumination in an indoor scenario, multiple HDR video cameras are used to capture the illumination from multiple directions. In this way, sources of illumination can be considered that are not directly visible to the mobile device because of occlusions and the limited field of view of built-in cameras.

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Implementation of an online database for tables of contents of books

Cited by 2 publications

References 1 publication

Heuristics for identification of bibliographic elements from title pages

Heuristics for identification of bibliographic elements from title pages

Enhancing Access to IEEE Conference Proceedings

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