Industry Watch

2005 ◽  
Vol 11 (1) ◽  
pp. 113-117 ◽  
Author(s):  
ROBERT DALE

One way to keep in touch with what is happening in the commercial speech and language technology world is to pay occasional visits to the websites of HLT Central (at www.hltcentral.org) and LT World (at www.lt-world.org). Both sites provide links to news stories and press releases from companies and other organizations active in the area. The people who run these sites trawl the web for news stories of relevance, saving you the trouble of doing that yourself.

Author(s):  
Jessa Lingel

This chapter looks at what made craigslist personals distinctive from other online dating platforms, focusing on shifting norms around anonymity and a persistent social stigma. More than any other section, the personals demonstrate a Web 1.0 vision of social connection, where experimentation and risk were valued over trust infrastructure. Craigslist's politics of openness and inclusion were contested most fiercely when it came to sex and dating, demonstrated by legislation like Fight Online Sex Trafficking Act (FOSTA) as well as the tendency to stigmatize craigslist personals and the people who use them. Like newspaper classified ads of the past, craigslist personals were often viewed suspiciously by the general public, sensationally by the media, and as a gateway to the margins by academics. By being so open and accessible, craigslist invited spectators and voyeurs, as well as critics. Stigma here emerges as a response to the gap between social expectations of sex and dating and the messy, shady, serendipitous reality of the web.


Author(s):  
ThippaReddy Gadekallu ◽  
Akshat Soni ◽  
Deeptanu Sarkar ◽  
Lakshmanna Kuruva

Sentiment analysis is a sub-domain of opinion mining where the analysis is focused on the extraction of emotions and opinions of the people towards a particular topic from a structured, semi-structured, or unstructured textual data. In this chapter, the authors try to focus the task of sentiment analysis on IMDB movie review database. This chapter presents the experimental work on a new kind of domain-specific feature-based heuristic for aspect-level sentiment analysis of movie reviews. The authors have devised an aspect-oriented scheme that analyzes the textual reviews of a movie and assign it a sentiment label on each aspect. Finally, the authors conclude that incorporating syntactical information in the models is vital to the sentiment analysis process. The authors also conclude that the proposed approach to sentiment classification supplements the existing rating movie rating systems used across the web and will serve as base to future researches in this domain.


Author(s):  
Pankaj Kamthan

In recent years, there has been a steady shift in the nature of Web applications. The vehicle of this transition of Web applications is us, the people. The ability to post photographs or videos, exchange music snippets with peers, and annotate a piece of information, are but a few exemplars of this phenomenon. Indeed, the pseudonym Web 2.0 (O’Reilly, 2005) has been used to describe the apparent “socialization” of the Web. In spite of the significant prospects offered by humancentric Web applications, the mere fact that virtually anyone can set up such applications claiming to sell products and services or upload/post unscrutinized information on a topic as being “definitive,” raises the issues of credibility from a consumers’ viewpoint. Therefore, establishing credibility is essential for an organization’s reputation and for building consumers’ trust. The rest of the article is organized as follows. We first provide the background necessary for later discussion. This is followed by the introduction of a framework within which different types of credibility in the context of human-centric Web applications can be systematically addressed and thereby improved. Next, challenges and directions for future research are outlined. Finally, concluding remarks are given.


2011 ◽  
pp. 3288-3296
Author(s):  
Gian Piero Zarri

A big amount of important, “economically relevant” information, is buried into unstructured “narrative” information resources: This is true, for example, for most of the corporate knowledge documents (memos, policy statements, reports, minutes, etc.), for the news stories, the normative and legal texts, the medical records, many intelligence messages as well as for a huge fraction of the information stored on the Web. In these “narrative documents,” or “narratives,” the main part of the information content consists in the description of “events” that relate the real or intended behavior of some “actors” (characters, personages, etc.)—the term “event” is taken here in its more general meaning, also covering strictly related notions like fact, action, state, and situation. These actors try to attain a specific result, experience particular situations, manipulate some (concrete or abstract) materials, send or receive messages, buy, sell, deliver, and so forth. Note that in these narratives, the actors or personages are not necessarily human beings; we can have narrative documents concerning, for example, the vicissitudes in the journey of a nuclear submarine (the “actor,” “subject,” or “personage”) or the various avatars in the life of a commercial product. Note also that even if a large amount of narrative documents concerns natural language (NL) texts, this is not necessarily true. A photo representing a situation that verbalized could be expressed as “Three nice girls are lying on the beach” is not of course an NL text, yet it is still a narrative document.


Author(s):  
Iyad Abu Doush ◽  
Sondos Al-Bdarneh

Automatic processing of mathematical information on the web imposes some difficulties. This paper presents a novel technique for automatic generation of mathematical equations semantic and Arabic translation on the web. The proposed system facilitates unambiguous representation of mathematical equations by correlating equations to their known names. The ability to extract the equation meaning from its structure is vital when searching for mathematical equations. The general structure of the equation is recognized to identify the equation meaning. On the other hand, people who cannot understand Latin script notation of mathematical expressions have difficulty when they try to read them on the web as it is available mostly in Latin. Arabic mathematical expressions flow from right to left and they use specific symbols. The proposed system automatically translates the mathematical equations from Latin to Arabic. This translation can be combined with the text translation of mathematical web contents (generated by online tools) to be recognized by the people who understand only Arabic text. The proposed system is implemented using Java and it is evaluated using a set of web pages with MathML contents which is rendered in Mozilla web browser.


Author(s):  
Diane Dallis ◽  
Doug Ryner

This chapter describes how the Indiana University Bloomington Libraries created a database-driven Web system that enables librarians and staff to publish content to the libraries’ public Web site that maintains a consistent design and places the content into a logical and consistent structure. The system comprises the libraries’ public Web site interface, the content manager (CM) administrative interface, and an intranet. The new Web system was designed to replace a decentralized process that was previously followed to maintain a large Web site of 8,000-plus static HTML pages. The new system made it possible for their large decentralized organization to present a unified and well-designed public interface on the Web. The authors describe the technical and conceptual development of the content management aspect of the system with the hope of increasing understanding of content management systems.


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