Knowledge organization

Short description: Field of study related to Library and Information Science

See also: Social:Knowledge organization (management)

Information science

General aspects

* Information access
* Information architecture
* Information behavior
* Information management
* Information retrieval
* Information seeking
* Information society
* Knowledge organization
* Ontology
* Philosophy of information
* Science and technology studies
* Taxonomy

Related fields and sub-fields

* Bibliometrics
* Categorization
* Censorship
* Classification
* Computer data storage
* Cultural studies
* Data modeling
* Informatics
* Information technology
* Intellectual freedom
* Intellectual property
* Library and information science
* Memory
* Preservation
* Privacy
* Quantum information science

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Knowledge organization (KO), organization of knowledge, organization of information, or information organization is an intellectual discipline concerned with activities such as document description, indexing, and classification that serve to provide systems of representation and order for knowledge and information objects. According to The Organization of Information by Joudrey and Taylor, information organization:

> examines the activities carried out and tools used by people who work in places that accumulate information resources (e.g., books, maps, documents, datasets, images) for the use of humankind, both immediately and for posterity. It discusses the processes that are in place to make resources findable, whether someone is searching for a single known item or is browsing through hundreds of resources just hoping to discover something useful. Information organization supports a myriad of information-seeking scenarios.[1]

Issues related to knowledge sharing can be said to have been an important part of knowledge management for a long time. Knowledge sharing has received a lot of attention in research and business practice both within and outside organizations and its different levels.[2]

Sharing knowledge is not only about giving it to others, but it also includes searching, locating, and absorbing knowledge. Unawareness of the employees' work and duties tends to provoke the repetition of mistakes, the waste of resources, and duplication of the same projects. Motivating co-workers to share their knowledge is called knowledge enabling. It leads to trust among individuals and encourages a more open and proactive relationship that grants the exchange of information easily.[3]

Knowledge sharing is part of the three-phase knowledge management process which is a continuous process model. The three parts are knowledge creation, knowledge implementation, and knowledge sharing. The process is continuous, which is why the parts cannot be fully separated. Knowledge creation is the consequence of individuals' minds, interactions, and activities. Developing new ideas and arrangements alludes to the process of knowledge creation. Using the knowledge which is present at the company in the most effective manner stands for the implementation of knowledge. Knowledge sharing, the most essential part of the process for our topic, takes place when two or more people benefit by learning from each other.[4]

Traditional human-based approaches performed by librarians, archivists, and subject specialists are increasingly challenged by computational (big data) algorithmic techniques. KO as a field of study is concerned with the nature and quality of such knowledge-organizing processes (KOP) (such as taxonomy and ontology) as well as the resulting knowledge organizing systems (KOS).

## Contents

* 1 Theoretical approaches
* 1.1 Traditional approaches
* 1.2 Facet analytic approaches
* 1.3 The information retrieval tradition (IR)
* 1.4 User-oriented and cognitive views
* 1.5 Bibliometric approaches
* 1.6 The domain analytic approach
* 1.7 Other approaches
* 2 See also
* 3 References

## Theoretical approaches

### Traditional approaches

Among the major figures in the history of KO are Melvil Dewey (1851–1931) and Henry Bliss (1870–1955).

Dewey's goal was an efficient way to manage library collections; not an optimal system to support users of libraries. His system was meant to be used in many libraries as a standardized way to manage collections. The first version of this system was created in 1876.[5]

An important characteristic in Henry Bliss' (and many contemporary thinkers of KO) was that the sciences tend to reflect the order of Nature and that library classification should reflect the order of knowledge as uncovered by science:

Natural order → Scientific classification → Library classification (KO)

The implication is that librarians, in order to classify books, should know about scientific developments. This should also be reflected in their education:

> Again from the standpoint of the higher education of librarians, the teaching of systems of classification ... would be perhaps better conducted by including courses in the systematic encyclopedia and methodology of all the sciences, that is to say, outlines which try to summarize the most recent results in the relation to one another in which they are now studied together. ... (Ernest Cushing Richardson, quoted from Bliss, 1935, p. 2)

Among the other principles, which may be attributed to the traditional approach to KO are:

* Principle of controlled vocabulary
* Cutter's rule about specificity
* Hulme's principle of literary warrant (1911)[6][7]
* Principle of organizing from the general to the specific

Today, after more than 100 years of research and development in LIS, the "traditional" approach still has a strong position in KO and in many ways its principles still dominate.

### Facet analytic approaches

The date of the foundation of this approach may be chosen as the publication of S. R. Ranganathan's colon classification in 1933. The approach has been further developed by, in particular, the British Classification Research Group.

The best way to explain this approach is probably to explain its analytico-synthetic methodology. The meaning of the term "analysis" is: breaking down each subject into its basic concepts. The meaning of the term synthesis is: combining the relevant units and concepts to describe the subject matter of the information package in hand.

Given subjects (as they appear in, for example, book titles) are first analyzed into a few common categories, which are termed "facets". Ranganathan proposed his PMEST formula: Personality, Matter, Energy, Space and Time:

* Personality is the distinguishing characteristic of a subject.
* Matter is the physical material of which a subject may be composed.
* Energy is any action that occurs with respect to the subject.
* Space is the geographic component of the location of a subject.
* Time is the period associated with a subject.

### The information retrieval tradition (IR)

Important in the IR-tradition have been, among others, the Cranfield experiments, which were founded in the 1950s, and the TREC experiments (Text Retrieval Conferences) starting in 1992. It was the Cranfield experiments, which introduced the measures "recall" and "precision" as evaluation criteria for systems efficiency. The Cranfield experiments found that classification systems like UDC and facet-analytic systems were less efficient compared to free-text searches or low level indexing systems ("UNITERM"). The Cranfield I test found, according to Ellis (1996, 3–6) the following results:

system  | recall

|

UNITERM | 82,0%
Alphabetical subject headings  | 81,5%
UDC | 75,6%
Facet classification scheme | 73,8%

Although these results have been criticized and questioned, the IR-tradition became much more influential while library classification research lost influence. The dominant trend has been to regard only statistical averages. What has largely been neglected is to ask: Are there certain kinds of questions in relation to which other kinds of representation, for example, controlled vocabularies, may improve recall and precision?

### User-oriented and cognitive views

The best way to define this approach is probably by method: Systems based upon user-oriented approaches must specify how the design of a system is made on the basis of empirical studies of users.

User studies demonstrated very early that users prefer verbal search systems as opposed to systems based on classification notations. This is one example of a principle derived from empirical studies of users. Adherents of classification notations may, of course, still have an argument: That notations are well-defined and that users may miss important information by not considering them.

Folksonomies is a recent kind of KO based on users' rather than on librarians' or subject specialists' indexing.

### Bibliometric approaches

These approaches are primarily based on using bibliographical references to organize networks of papers, mainly by bibliographic coupling (introduced by Kessler 1963) or co-citation analysis ( independently suggested by Marshakova 1973[8] and Small 1973). In recent years it has become a popular activity to construe bibliometric maps as structures of research fields.

Two considerations are important in considering bibliometric approaches to KO:

1. The level of indexing depth is partly determined by the number of terms assigned to each document. In citation indexing this corresponds to the number of references in a given paper. On the average, scientific papers contain 10–15 references, which provide quite a high level of depth.
2. The references, which function as access points, are provided by the highest subject-expertise: The experts writing in the leading journals. This expertise is much higher than that which library catalogs or bibliographical databases typically are able to draw on.

### The domain analytic approach

Domain analysis is a sociological-epistemological standpoint that advocates that the indexing of a given document should reflect the needs of a given group of users or a given ideal purpose. In other words, any description or representation of a given document is more or less suited to the fulfillment of certain tasks. A description is never objective or neutral, and the goal is not to standardize descriptions or make one description once and for all for different target groups.

The development of the Danish library "KVINFO" may serve as an example that explains the domain-analytic point of view.

KVINFO was founded by the librarian and writer Nynne Koch and its history goes back to 1965. Nynne Koch was employed at the Royal Library in Copenhagen in a position without influence on book selection. She was interested in women's studies and began personally to collect printed catalog cards of books in the Royal Library, which were considered relevant for women's studies. She developed a classification system for this subject. Later she became the head of KVINFO and got a budget for buying books and journals, and still later, KVINFO became an independent library. The important theoretical point of view is that the Royal Library had an official systematic catalog of a high standard. Normally it is assumed that such a catalog is able to identify relevant books for users whatever their theoretical orientation. This example demonstrates, however, that for a specific user group (feminist scholars), an alternative way of organizing catalog cards was important. In other words: Different points of view need different systems of organization.

Domain analysis has examined epistemological issues in the field, i.e. comparing the assumptions made in different approaches to KO and examining the questions regarding subjectivity and objectivity in KO. Subjectivity is not just about individual differences. Such differences are of minor interest because they cannot be used as guidelines for KO. What seems important are collective views shared by many users. A kind of subjectivity about many users is related to philosophical positions. In any field of knowledge different views are always at play. In arts, for example, different views of art are always present. Such views determine views on art works, writing on art works, how art works are organized in exhibitions and how writings on art are organized in libraries. In general it can be stated that different philosophical positions on any issue have implications for relevance criteria, information needs and for criteria of organizing knowledge.

### Other approaches

One widely used analysis of information-organizational principles, attributed to Richard Saul Wurman, summarizes them as Location, Alphabet, Time, Category, Hierarchy (LATCH).[9][10]

## See also

* Automatic document classification
* Body of knowledge
* Classification (general theory)
* Dewey decimal classification
* Discipline (academia)
* Document classification
* Growth of knowledge
* Information ecology
* Knowledge organization systems
* Knowledge representation and reasoning
* Library and information science
* Library classification
* Outline of academic disciplines
* Personal information management

## References

1. ↑ Joudrey, Daniel N., and Arlene G. Taylor. The Organization of Information, 4th ed. Santa Barbara, CA: Libraries Unlimited, 2018, p. 1\. ISBN 9781598848595 OCLC 1005741949
2. ↑ Rese, A., Kopplin, C. S. & Nielebock, C.(2020). Factors influencing members' knowledge sharing and creative performance in coworking spaces. Journal of knowledge management. Ahead-of-print (ahead-of-print)
3. ↑ Yasir, M. & Majid, A. (2017). Impact of knowledge management enablers on knowledge sharing. World Journal of Entrepreneurship, Management and Sustainable Development. 13(1), p. 16–33.
4. ↑ Intezari, A., Taskin, N., & Pauleen, D. J. (2017). Looking beyond knowledge sharing: an integra-tive approach to knowledge management culture. Journal of Knowledge Management. 21(2), p. 492–515.
5. ↑ Miksa, Francis. 1998. The DDC, the Universe of Knowledge, and the Post-Modern Library. Albany, NY: Forest Press.
6. ↑ HULME, E.W. Principles of book classification. Library Association Record, n.13–4, 1911–1912.
7. ↑ Barité, Mario. 2018. "Literary warrant". Knowledge Organization 45, no. 6: 517–536.
8. ↑ "System of Document Connections Based on References". Nauchn-Techn.Inform.. 1973. http://garfield.library.upenn.edu/marshakova/marshakovanauchtechn1973.pdf.
9. ↑ Wurman, Richard Saul (1989). Information Anxiety. New York: Doubleday. ISBN 0385243944. OCLC 18442022.
10. ↑ Greene, David (October 1998). "LATCH: a syllabus design for EFL instruction in CALL". Computer Assisted Language Learning 11 (4): 381–396. doi:10.1076/call.11.4.381.5668.

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Library classification systems

* Bliss (BC)
* Brian Deer
* Chinese Library (CLC/CCL)
* Colon (CC)
* Cutter Expansive
* Dewey Decimal (DDC)
* Harvard–Yenching
* Korean decimal (KDC)
* Library of Congress (LCC)
* New Classification Scheme for Chinese Libraries
* Nippon Decimal (NDC)
* Swedish library system (SAB)
* Universal Decimal (UDC)

* See also: Knowledge organization

* Category
* Commons

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