Two approaches to bringing Internet services to WAP devices

Kaasinen, Eija; Aaltonen, Matti; Kolari, Juha; Melakoski, Suvi; Laakko, Timo

doi:10.1016/s1389-1286(00)00041-4

Cited by 91 publications

(48 citation statements)

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“…Kaasinen et al [10] split the web page by some easy tags such as <P>, <TABLE> and <UL> for further conversion or summarization.…”

Section: Related Workmentioning

confidence: 99%

An Efficient Method of Web Page Noise Cleaning for Effective Web Mining

Bhamare¹,

Pawar²

2016

IJCA

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In the huge network of World Wide Web, web pages contained large amount of information. Web researches are always requiring main content (e.g., an article text) from the web pages to be gathered, processed and stored quickly and efficiently. Mining the data on the Web has become a major task for locating useful information from the Web. The Web information"s that are considered as useful information usually has huge amounts of noise data"s such as navigation bars, links, advertisements, copyright notices etc. Performance of Web mining can be improved by identifying and removing noises from Web pages. In this paper new method is proposed for removing noise content tag and extracts the information of main content tag from web pages.

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“…Kaasinen et al [10] split the web page by some easy tags such as <P>, <TABLE> and <UL> for further conversion or summarization.…”

Section: Related Workmentioning

confidence: 99%

An Efficient Method of Web Page Noise Cleaning for Effective Web Mining

Bhamare¹,

Pawar²

2016

IJCA

View full text Add to dashboard Cite

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“…A study by Kaasinen et al [10] details two different reports: an attempt to build a web application from the ground up for a wireless mobile device, and the transformation of existing web pages to a wireless device content format. What is particularly interesting is that the final format for both experiments in the report use (WML) 1.0, an older standard for authoring wireless content.…”

Section: Other Approachesmentioning

confidence: 99%

“…By spreading the form across multiple cards, usability is increased by reducing vertical scrolling [21]. In addition, this form of navigation may help reduce bandwidth requirements: by downloading whole WML decks rather than individual cards at a time, the mobile browser may reduce round trip time to the server and thereby improve the user navigation experience between cards.…”

Section: Deck-of-cardsmentioning

confidence: 99%

Towards the generation of mobile device markup from web pages

Chang¹,

Kelly²

2006

WIT Transactions on Information and Communication Technologies, Vol 36

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The variation among mobile devices has led to various approaches for the presentation of data. In general, these approaches work well when a specialized application is developed for a given device, but do not work as well when generally available web pages are used as the source. Various approaches have been proposed and used for the display of web pages, most recently the proposal for HTML Mobile Profile. The evolution and implementation of this standard have opened the possibility of near-universal support for mobile device web display through conversion of web pages into a form consistent with HTML Mobile Profile. RIML, a markup language developed by the Consensus project took a major step in this direction with a system that includes an enhanced markup language, a database of device characteristics, and a translation engine. It introduced a rich set of mapping concepts, but the extensions to HTML make it unrealistic to reach widespread implementation. Our approach is similar to the approach of Consensus, but instead uses existing HTML syntax to provide translation pragma. The pragma defined in the HTML guides translation engine that breaks the page into a deck-of-cards, with the appropriate links between cards. We approach the problem of transforming existing web pages into wireless content by dividing it into three separate problems: the conversion of unstructured or invalid web pages into valid pages (XHTML), the transformation of valid pages into a markup suitable for mobile devices (XHTML-MP), and finally, the formatting of the resulting documents such that they are suitable for display on wireless devices. The pragma specified in the HTML guides these steps, particularly the formatting of the document wireless display.

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“…Kaasinen et al [5], discusses methods to divide a web page into individual units likened to cards in a deck. Like STUs, a web page is divided into a series of hierarchical "cards" that are placed into a "deck".…”

Section: Related Workmentioning

confidence: 99%

DOM-based content extraction of HTML documents

Gupta

Kaiser

Neistadt

et al. 2003

Proceedings of the Twelfth International Conference on World Wide Web - WWW '03

234

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Web pages often contain clutter (such as pop-up ads, unnecessary images and extraneous links) around the body of an article that distract a user from actual content. Extraction of "useful and relevant" content from web pages has many applications, including cell phone and PDA browsing, speech rendering for the visually impaired, and text summarization. Most approaches to removing clutter or making content more readable involve changing font size or removing HTML and data components such as images, which takes away from a webpage's inherent look and feel. Unlike "Content Reformatting", which aims to reproduce the entire webpage in a more convenient form, our solution directly addresses "Content Extraction". We have developed a framework that employs an easily extensible set of techniques that incorporate advantages of previous work on content extraction. Our key insight is to work with the Document Object Model tree, rather than with raw HTML markup. We have implemented our approach in a publicly available Web proxy to extract content from HTML web pages.

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Two approaches to bringing Internet services to WAP devices

Cited by 91 publications

References 0 publications

An Efficient Method of Web Page Noise Cleaning for Effective Web Mining

An Efficient Method of Web Page Noise Cleaning for Effective Web Mining

Towards the generation of mobile device markup from web pages

DOM-based content extraction of HTML documents

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