are usually formatted for use by people (e.g., the relevant content is embedded in HTML pages), so extracting their content is difficult. Wrappers are often used for this purpose. A wrapper is a procedure for extracting a particular resource's content. Unfortunately, hand-coding wrappers is tedious. We

grown exponentially—a trend we expect will continue. Today’s Webgraph has several billion edges, but in spite of its size, it exhibits a well-defined structure characterized by several properties. In the past few years, several research papers have reported these properties and proposed various random graph models. 1 We simulated several of these models and compared them against a 300-millionnode sample of the Webgraph provided by the Stanford WebBase project

The paper investigates techniques for extracting data from HTML sites through the use of automatically generated wrappers. To automate the wrapper generation and the data extraction process, the paper develops a novel technique to compare HTML pages and generate a wrapper based

Since the introduction of virtual memory demand-paging and cache memories, computer systems have been exploiting spatial and temporal locality to reduce the average latency of a memory reference. In this paper, we introduce the notion of value locality, a third facet of locality that is frequently

This paper presents a method and a tool for publishing semantic web content in RDF(S) for the humans as a static HTML page site.

The Web is less agent-friendly than we might hope. Most information on the Web is presented in loosely structured natural language text with no agent-readable semantics. HTML annotations structure the display of Web pages, but provide virtually no insight into their content. Thus, the designers

The web may be viewed as a directed graph each of whose vertices is a static HTML web page, and each of whose edges corresponds to a hyperlink from one web page to another. In this paper we propose and analyze random graph models inspired by a series of empirical observations on the web. Our graph

changed. They found that 40 % of all web pages in their set changed within a week, and 23 % of those pages that fell into the.com domain changed daily. This paper expands on Cho and Garcia-Molina’s study, both in terms of coverage and in terms of sensitivity to change. We crawled a set of 150,836,209 HTML

, the video sequence as a whole is never repeated exactly. Video textures can be used in place of digital photos to infuse a static image with dynamic qualities and explicit action. We present techniques for analyzing a video clip to extract its structure, and for synthesizing a new, similar looking video

Are you sick of static HTML pages? Do you want to create dynamic web pages? Do you want to enable your web pages with database access? If your answer is “Yes”, ASP might be a solution for you. In May 2000, Microsoft estimated that there are over 800,000ASP