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Most e‐commerce web sites use HTML forms for user authentication, new user registration, newsletter subscription, and searching for products and services. The purpose of this paper is to present a method for automated classification of HTML forms, which is important for search engine applications, e.g. Yahoo Shopping and Google's Froogle, as they can be used to improve the quality of the index and accuracy of search results.

Describes a technique for classifying HTML forms based on their features. Develops algorithms for automatic feature generation of HTML forms and a neural network to classify them.

The authors tested their classifier on an e‐commerce data set and a randomly retrieved data set and achieved accuracy of 94.7 and 93.9 per cent respectively. Experimental results show that the classifier is effective and efficient on both test beds, suggesting that it is a promising general purpose method.

The paper is of value to those involved with information management and e‐commerce.

The existence and continued growth of the invisible web creates a major challenge for search engines that are attempting to organize all of the material on the web into a form that is easily retrieved by all users. The purpose of this paper is to identify the challenges and problems underlying existing work in this area.

A discussion based on a short survey of prior work, including automated discovery of invisible web site search interfaces, automated classification of invisible web sites, label assignment and form filling, information extraction from the resulting pages, learning the query language of the search interface, building content summary for an invisible web site, selecting proper databases, integrating invisible web‐search interfaces, and accessing the performance of an invisible web site.

Existing technologies and tools for indexing the invisible web follow one of two strategies: indexing the web site interface or examining a portion of the contents of an invisible web site and indexing the results.

The paper is of value to those involved with information management.

Semi‐structured data are commonly represented by labeled flat db‐graphs. In this paper, we study an extension of db‐graph model for representing nested semi‐structured data. This extension allows one to have db‐graphs whose vertex labels are db‐graphs themselves. Bringing the data model closer to the natural presentation of data stored via Web documents is the main motivation behind nesting db‐graphs. The importance of nested db‐graphs is similar to the importance of nested tables in relational model. The main purpose of the paper is to provide a mechanism to query nested semi‐structured data and Web forms in a uniform way. Most of the languages proposed so far have been designed as extensions of SQL with, among others, the advantage to provide a user‐friendly syntax and commercial flavor. The major focus of the paper is on defining a graph query language in a multi‐sorted calculus like style.

For many years companies have collected feedback from customers through means such as comment cards and toll‐free telephone numbers. The feedback data can be used by companies to track quality, locate quality problems, and identify suggestions for improvement. Gathering feedback from customers has become a recent but prevalent phenomenon on the Internet. Many companies designate an e‐mail address for submitting comments and questions. Companies with information on the World Wide Web frequently include a feedback form that customers can complete on screen and send at the click of a mouse. This article considers current practice and the potential for customer feedback collection over the Internet. The nature of Web‐based feedback forms is compared to corresponding features of conventional (paper) comment cards. Explanations for differences are supposed, and future prospects for Web‐based feedback are discussed.

Kapok was well-known for its oleophilic properties, but its mechanical properties and morphology impeded it from forming suitable absorbent materials. This study aims to demonstrate the process of creating an oil-absorbent web from a blend of treated kapok and polypropylene fibers.

Kapok fibers were separated from dried fruits, then the wax was removed with an HCl solution at different concentrations. The morphological and structural changes of these fibers were investigated using scanning electron microscopy images. The blending ratios of kapok and polypropylene fibers were 60/40, 70/30 and 80/20, respectively. The fiber blends were fed to a laboratory carding machine to form a web and then consolidated using the heat press technique. The absorption behavior of the formed web was evaluated regarding oil absorption capacity and oil retention capacity according to ASTM 726.

The results showed that the HCl concentration of 1.0% (wt%) gave the highest wax removal efficiency without damaging the kapok fibers. This study found that oil absorbency is influenced by the fiber blending ratio, web tensile strength and elongation, porosity, oil type and environmental conditions. The oil-absorbency of the web can be re-used for at least 20 cycles.

This study only looked at three types of oils: diesel, kerosene and vegetable oils.

When the problem of oil spills in rivers and seas is growing and causing serious environmental and economic consequences, using physical methods to recover oil spills is the most effective solution.

This research adds to the possibility of using kapok fiber in the form of a web of non-woven fabric for practical purposes.

This purpose of this paper is to present the current state and use of the web by university libraries in India and to examine the web‐based library services offered by some university libraries in different sections via their websites with the help of web‐based library automation software.

A survey was conducted through a structured questionnaire circulated personally among university librarians and the response rate was 100 percent. The responses received from the respondents to 22 questions are presented in the form of tables and figures and analyzed using a simple method of percentages.

The findings show that many of the surveyed university libraries are yet to exploit full potential of the web forms, and are lagging behind in effective use of library website. A few libraries offer innovative web‐based library services in different sections. This study identified specific ways in which the web helps university libraries to improve and develop innovative and creative web‐based library services. Some key improvements and developments are: there is an urgent need to develop dynamic library websites and incorporate relevant Web 2.0 based services including web forms in each web‐based library service; apply semantic technologies and ontologies; adopt next‐generation internet (IPv6); and provide multi‐language support content. This study also examined institutional characteristics and resources dedicated to web‐based services.

The geographical area of the study was restricted to 20 university libraries in India.

Although research is emerging, the knowledge base on the evaluative determinants of the effectiveness of corporate employment web sites is still limited. This paper attempts to narrow this gap by investigating how potential job applicants' evaluations of web site content‐ and form‐related attributes contribute to corporate employment web site effectiveness.

The approach takes the form of an empirical study using PLS path modeling.

Applicants' attitude toward a corporate employment web site is found to be differentially influenced by the web site's content‐ and form‐related evaluations. In turn, attitude toward the web site influences intentions to apply. This relationship is fully mediated by attraction toward the organization. The latter is also influenced by attitude toward corporate employment web sites in general, which consequently contributes indirectly to application intentions.

Using a non‐laboratory setting and a broader sample, future research should further apply a person‐organization fit perspective to corporate online recruitment and investigate effects of personality‐related factors such as risk/security‐seeking tendencies. Furthermore, it may be worthwhile to include technology‐oriented variables such as technological self‐efficacy as well.

Corporate employment web sites used to inform potential applicants about employment opportunities should be easy to use. In addition, firms should provide applicants with updated information and make sure that the information provided matches the applicants' needs during their information search process.. Persons who hold a more favorable overall predisposition toward corporate employment web sites are more attracted toward an organization using such sites. This suggests that corporate employment web sites may be particularly effective for certain groups of applicants, beyond the effects of web site content and form.

Drawing on literature in areas such as job applicant decision making, information systems, and web site effectiveness, the paper develops the understanding of the role of web site features in determining intentions to apply for a job via corporate employment web sites.

The purpose of this paper is to describe the creation of a content management system (CMS) for the Kent State University Libraries & Media Services web site. It describes the requirements for the site and for the CMS, the CMS architecture and components.

This paper describes the genesis and architecture of a locally‐written CMS that is strongly focused on metadata.

A review of local, library‐specific needs combined with a review of the product universe resulted in the decision to write a local CMS.

Includes enumerated goals and requirements for a database‐driven and metadata‐focused web site.

Describes the creation of tools for data management in a locally‐written CMS.

This contribution looks at some relatively new and recent advanced tools, techniques, methods and standards related to the Internet which form the basis for mixtures of documents and services, which we can call ‘document+program hybrids’. The new Internet systems contribute to an evolution from documents on the one side and computer programs on the other side, neatly separated, apart from each other, without much interaction, so that the static document can also exist without computers and networks, to hybrid systems where the classical distinction between the contents and the container is blurred; where all components are integrated, interwoven and exist in synergy with each other; they can be more dynamic and interactive, in comparison with more classical and static documents, by involving and exploiting the power of computers and networks. A collection is presented of Internet‐based sources (URLs) that can serve as illustrations. Recent methods, techniques, standards and protocols on the Internet that form the basis of the evolution are listed. As professional information intermediaries, the authors also consider the impact in the area of online access to information and knowledge.

XForms are the future of data entry on the Web. Their advancement to W3C Candidate Recommendation status in November 2002 has been followed by a variety of implementations. Although they are not yet natively supported by the major browsers, it is becoming increasingly obvious that they will be a central component of the Web. This column describes a simple digital library application of XForms that illustrates their superiority over the current generation of HTML forms.