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Wednesday, December 25, 2013

LIBRARY AND INFORMATION SCIENCE (LIS)


Library and information science (LIS) (sometimes given as the plural library and information sciences) is a merging of the two fields library science and information science. The phrase "library and information science" is associated with school Library and Information Science ls of library and information science (abbreviated to "LIS"), which generally developed from professional training programs (not academic disciplines) to university institutions during the second half of the 20th century. In the last part of 1960s schools of librarianship began to add the term "information science" to their names. The first school to do this was at the University of Pittsburgh in 1964. More schools followed during the 1970s and 1980s, and by the 1990s almost all library schools in the USA had added information science to their names. The trend was more for the adoption of information technology rather than the concept of a science.
A similar development has taken place in large parts of the world. In Denmark, for example, the 'Royal School of Librarianship' in 1997 changed its English name to The Royal School of Library and Information Science. Another indication of this name shift is that Library Science Abstracts in 1969 changed its name to Library and Information Science Abstracts. In spite of this merge are the two original disciplines (library science and information science) still by some considered to be separate fields while the main tendency today is to use the terms as synonyms, but with different connotations.
In some parts of the world the development has been somewhat different. In France, for example, information science and communication studies form one interdiscipline. In Tromsø, Norwaydocumentation science is preferred as the name of the field.
In the beginning of the 21st century one tendency has been to drop the term "library" and to speak about information departments or I-schools. There has also been an attempt to revive the concept of documentation and speak of Library, information and documentation studies (or science).Another tendency, for example in Sweden, is to merge the fields of Archival science, Library science and Museology to develop an integrated field: Archival, Library and Museum studies.
Relations between library science, information science and LIS

"The common ground between library science and information science, which is a strong one, is in the sharing of their social role and in their general concern with the problems of effective utilization of graphic records. But there are also very significant differences in several critical respects, among them in: (1) selection of problems addressed and in the way they were defined; (2) theoretical questions asked and frameworks established;(3) the nature and degree of experimentation and empirical development and the resulting practical knowledge/competencies derived; (4) tools and approaches used; and (5) the nature and strength of interdisciplinary relations established and the dependence of the progress and evolution of interdisciplinary approaches. All of these differences warrant the conclusion that librarianship and information science are two different fields in a strong interdisciplinary relation, rather than one and the same field, or one being a special case of the other."

Another indication of the different uses of the two terms are the indexing in UMI's Dissertations Abstracts. In Dissertations Abstracts Online on November 2011 were 4888 dissertations indexed with the descriptor LIBRARY SCIENCE and 9053 with the descriptor INFORMATION SCIENCE. For the year 2009 the numbers were 104 LIBRARY SCIENCE and 514 INFORMATION SCIENCE. 891 dissertations were indexed with both terms .
It should be considered that information science grew out of documentation science and therefore has a tradition for considering scientific and scholarly communication, bibliographic databases, subject knowledge and terminology etc. Library science, on the other hand has mostly concentrated on libraries and their internal processes and best practices. It is also relevant to consider that information science used to be done by scientists, while librarianship has been split between public libraries and scholarly research libraries. Library schools have mainly educated librarians for public libraries and not shown much interest in scientific communication and documentation. When information scientists from 1964 entered library schools, they brought with them competencies in relation to information retrieval in subject databases, including concepts such as recall and precision, boolean search techniques, query formulation and related issues. Subject bibliographic databases and citation indexes provided a major step forward in information dissemination - and also in the curriculum at library schools.
Julian Warner (2010) suggests that the information and computer science tradition in information retrieval may broadly be characterized as query transformation, with the query articulated verbally by the user in advance of searching and then transformed by a system into a set of records. From librarianship and indexing, on the other hand, has been an implicit stress on selection power enabling the user to make relevant selections.
Difficulties defining LIS
"The question, "What is library and information science?" does not elicit responses of the same internal conceptual coherence as similar inquiries as to the nature of other fields, e.g., "What is chemistry?", "What is economics?", "What is medicine?" Each of those fields, though broad in scope, has clear ties to basic concerns of their field. Neither LIS theory nor practice is perceived to be monolithic nor unified by a common literature or set of professional skills. Occasionally, LIS scholars (many of whom do not self-identify as members of an interreading LIS community, or prefer names other than LIS), attempt, but are unable, to find core concepts in common. Some believe that computing and internetworking concepts and skills underlie virtually every important aspect of LIS, indeed see LIS as a sub-field of computer science! Others claim that LIS is principally a social science accompanied by practical skills such as ethnography and interviewing. Historically, traditions of public service, bibliography, documentalism, and information science have viewed their mission, their philosophical toolsets, and their domain of research differently. Still others deny the existence of a greater metropolitan LIS, viewing LIS instead as a loosely organized collection of specialized interests often unified by nothing more than their shared (and fought-over) use of the descriptor information. Indeed, claims occasionally arise to the effect that the field even has no theory of its own
A multidisciplinary, interdisciplinary or monodisciplinary field
The Swedish researcher Emin Tengström (1993).. described cross-disciplinary research as a process, not a state or structure. He differentiates three levels of ambition regarding cross-disciplinary research:
q       The ”Pluridisciplinary” or ”multidisciplinarity” level
q       The genuine cross-disciplinary level: ”interdisciplinarity
q       The discipline-forming level ”transdisciplinarity
What is described here is a view of social fields as dynamic and changing. Library and information science is viewed as a field that started as a multidisciplinary field based on literature, psychology, sociology, management, computer science etc., which is developing towards an academic discipline in its own right. However, the following quote seems to indicate that LIS is actually developing in the opposite direction:
Chua & Yang (2008) studied papers published in Journal of the American Society for Information Science and Technology in the period 1988-1997 and found, among other things: "Top authors have grown in diversity from those being affiliated predominantly with library/information-related departments to include those from information systems management, information technology, business, and the humanities. Amid heterogeneous clusters of collaboration among top authors, strongly connected crossdisciplinary coauthor pairs have become more prevalent. Correspondingly, the distribution of top keywords’ occurrences that leans heavily on core information science has shifted towards other subdisciplines such as information technology and sociobehavioral science."
As a field with its own body of interrelated concepts, techniques, journals, and professional associations, LIS is clearly a discipline. But by the nature of its subject matter and methods LIS is just as clearly an interdiscipline, drawing on many adjacent fields .

A fragmented adhocracy

 

Richard Whitley (1984, 2000) classified scientific fields according to their intellectual and social organization and described management studies as a ‘fragmented adhocracy’, a field with a low level of coordination around a diffuse set of goals and a non-specialized terminology; but with strong connections to the practice in the business sector. Åström (2006) applied this conception to the description of LIS.

Scattering of the literature

 

Meho & Spurgin (2005) found that in a list of 2,625 items published between 1982 and 2002 by 68 faculty members of 18 schools of library and information science, only 10 databases provided significant coverage of the LIS literature. Results also show that restricting the data sources to one, two, or even three databases leads to inaccurate rankings and erroneous conclusions. Because no database provides comprehensive coverage of the LIS literature, researchers must rely on a wide range of disciplinary and multidisciplinary databases for ranking and other research purposes. Even when the nine most comprehensive databases in LIS was searched and combined, 27.0% of the publications remain not found.
"The study confirms earlier research that LIS literature is highly scattered and is not limited to standard LIS databases. What was not known or verified before, however, is that a significant amount of this literature is indexed in the interdisciplinary or multidisciplinary databases of Inside Conferences and INSPEC. Other interdisciplinary databases, such as America: History and Life, were also found to be very useful and complementary to traditional LIS databases, particularly in the areas of archives and library history


The unique concern of library and information science
"Concern for people becoming informed is not unique to LIS, and thus is insufficient to differentiate LIS from other fields. LIS are a part of a larger enterprise." .
"The unique concern of LIS is recognized as: Statement of the core concern of LIS: Humans becoming informed (constructing meaning) via intermediation between inquirers and instrumented records. No other field has this as its concern. "
"Note that the promiscuous term information does not appear in the above statement circumscribing the field's central concerns: The detrimental effects of the ambiguity this term provokes are discussed above . Furner has shown that discourse in the field is improved where specific terms are utilized in place of the i-word for specific senses of that term."
Michael Buckland wrote: "Educational programs in library, information and documentation are concerned with what people know, are not limited to technology, and require wide-ranging expertise. They differ fundamentally and importantly from computer science programs and from the information systems programs found in business schools.".

LIS theories
"Two paradigms, the cognitive and the physical, have been distinguished in information retrieval research, but they share the assumption of the value of delivering relevant records. For the purpose of discussion here, they can be considered a single heterogeneous paradigm, linked but not united by this common assumption. The value placed on query transformation is dissonant with common practice, where users may prefer to explore an area and may value fully informed exploration. Some dissenting research discussions have been more congruent with practice, advocating explorative capability - the ability to explore and make discriminations between representations of objects - as the fundamental design principle for information retrieval systems".
The domain analytic approach suggests that the relevant criteria for making discriminations in information retrieval are scientific and scholarly criteria. In some fields (e.g. evidence based medicine) the relevant distinctions are very explicit. In other cases they are implicit or unclear. At the basic level, the relevance of bibliographical records are determined by epistemological criteria of what constitutes knowledge.Among other approaches, Evidence Based Library and Information Practice should also be mentioned.

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CONTENT MANAGEMENT SYSTEM (CMS)



A content management system (CMS) is a computer program that allows publishing, editing and modifying content as well as maintenance from a central interface. Such systems of content management provide procedures to manage workflow in a collaborative environment. These procedures can be manual steps or an automated cascade. CMSs have been available since the late 1990s.CMSs are often used to run websites containing blogs, news, and shopping. Many corporate and marketing websites use CMSs. CMSs typically aim to avoid the need for hand coding but may support it for specific elements or entire.


Main features

The core function and use of content management systems is to present information on websites. CMS features vary widely. Simple systems showcase a handful of features, while other releases, notably enterprise systems, offer more complex and powerful functions. Most CMS include Web-based publishing, format management, revision control (version control), indexing, search, and retrieval. The CMS increments the version number when new updates are added to an already-existing file. A CMS may serve as a central repository containing documents, movies, pictures, phone numbers, scientific data. CMSs can be used for storing, controlling, revising, semantically enriching and publishing documentation.

Web content management system


A web content management system (web CMS) is a bundled or stand-alone application to create, manage, store and deploy content on Web pages. Web content includes text and embedded graphics, photos, video, audio, and code (e.g., for applications) that displays content or interacts with the user. A web CMS may catalog and index content, select or assemble content at run time, or deliver content to specific visitors in a requested way, such as other languages. Web CMSs usually allow client control over HTML-based content, files, documents, and web-hosting plans based on the system depth and the niche it serves.

Component content management system


A (CCMS) specializes in the creation of documents from component parts. For example, a CCMS that uses DITA XML enables users to assemble individual component topics into a map (document) structure. These components can be reused (rather than copied and pasted) within another document or across multiple documents. This ensures that content is consistent across the entire documentation set.


Enterprise content management systems


An enterprise content management system (ECM)[6] organizes documents, contacts and records related to the processes of a commercial organization. It structures the enterprise's information content and file formats, manages locations, streamlines access by eliminating bottlenecks and optimizes security and integrity.

Distinguishing between the basic concepts of user and content, the content management system (CMS) has two elements:



              I.      Content management application (CMA) is the front-end user interface that         allows a user, even with limited expertise, to add, modify and remove content from a Web site without the intervention of a Webmaster.



            II.      Content delivery application (CDA) compiles that information and updates the Web site.

THE BIRTH OF THE OPEN SOURCE REVOLUTION BY RICHARD BARANIUK "TALK" (VIDEO)


    The Birth of the OS Learning Revolution by Richard Baraniuk (Talk)

Richard G. Baraniuk is the Victor E. Cameron Professor of Electrical and Computer Engineering at Rice University.
 Dr. Baraniuk received a B.Sc. from the University of Manitoba in 1987 and a M.Sc. from the University of Wisconsin-Madison in 1988. He earned a Ph.D. in electrical engineering at the University of Illinois at Urbana-Champaign in 1992 under the supervision of Douglas L. Jones. After spending 1992-1993 at École Normale Supérieure in Lyon, France, he joined Rice University.
Baraniuk has been active in the development of digital signal processing and image processing systems, with numerous contributions to the theory of wavelets and compressive sensing. His work with Kevin Kelly on the Rice "single-pixel camera" applied the ideas of compressive sensing to design a novel imaging system that was selected by Technology Review Magazine as a TR10 Top 10 Emerging Technology in 2007.
Baraniuk is a co-founder and Director of In View Technology Corporation, which is commercialising Baraniuk’s single-pixel camera research.
Baraniuk is a founder and leader of the open education movement, which aims to share knowledge and teaching materials freely over the internet. In 1999, Baraniuk launched Connexions, one of the first initiatives to offer free, open source textbooks via the web. Connexions continues to be one of the largest and most used open education platforms worldwide.
Baraniuk's own textbook, "Signals and Systems," has generated 5.5 million page views including a very popular translation into Spanish. Connexions provides the digital publishing platform for OpenStax College, a free and open library of college textbooks. In 2006 Baraniuk delivered a lecture on Connexions at TED that has been viewed over 500,000 times. He has been an active advocate and popularizer of open education and was also one of the framers of the Cape Town Open Education Declaration.
                Baraniuk has received numerous awards, including a NATO postdoctoral fellowship from NSERC in 1992, the National Young Investigator award from the National Science Foundation in 1994, a Young Investigator Award from the Office of Naval Research in 1995, the Rosenbaum Fellowship from the Isaac Newton Institute of Cambridge University in 1998, the University of Illinois at Urbana–Champaign ECE Young Alumni Achievement Award in 2000, and the Wavelet Pioneer Award from SPIE in 2008. He also received the 2012 Compressive Sampling Pioneer award from SPIE for his work on compressive sensing.
Connexions received the Tech Museum Laureate Award from the Tech Museum of Innovation in 2006, and Baraniuk was selected as one of Edutopia Magazine's Daring Dozen educators in 2007. In 2008, Baraniuk received the Internet Pioneer Award from Berkman Center for Internet & Society, in 2009 he received the World Technology Award for education, and in 2010 he received the IEEE Signal Processing Society Education Award. In 2011 he received the WISE Education Award.
Baraniuk was elected a Fellow of the IEEE in 2001 and a Fellow of the American Association for the Advancement of Science in 2009.