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This chapter delves into the importance of knowledge repositories in Knowledge Management Systems (KMS) and how they provide a central access point for knowledge activities and sources. It emphasizes the significance of planning and managing repositories for optimal use by knowledge users. The content covers various aspects such as types of knowledge content, repository features, structuring content, creating knowledge maps, taxonomies, thesauri, and user interface analysis.
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Introduction • Knowledge repositories support effective management of knowledge content in the KMS • They provide a systematic single access point for knowledge activities and sources • Considered planning and management of the repository assists with its optimal use and support by knowledge users
Effective Knowledge Repositories(1/11) • Link users and core knowledge • Single point of entry • Codify explicit knowledge in a logical manner • Direct the user to enabling sources • Vehicle for contributing new knowledge • Provide personalized knowledge services
Effective Knowledge Repositories (2/11) Knowledge repository content • Factual – terminology, specific details and elements or organizational practice • Conceptual – theories, models, principles and generalisations • Procedural – skills, techniques and methods • Meta-cognitive – learning, thinking, problem-solving
Effective Knowledge Repositories (3/11) Knowledge repository features • Links to organizational and external sources • Communication forums • Case studies and histories • Discussion topics • Contribution channel • Reference materials and sources • User assistance on the system and indexes • Search services
Effective Knowledge Repositories (4/11) Mapping the content structure • Ultimate goal: save users time and effort in finding the maximum number of highly appropriate sources • Provides direction and structure • Demonstrates intellectual and organizational content • Enables successful retrieval (recall and precision)
Effective Knowledge Repositories (5/11) Creating a knowledge map • Integrates relational and operational concepts into one integrated approach • Operates as an ontology: a formal classification of the organizational knowledge structure • The ontology represents the holistic way in which knowledge is applied in the organization
A knowledge map ontology Source: S. Robertson, ‘A tale of two knowledge sharing systems’, Journal of Knowledge Management, vol. 6, no. 3, 2002, p. 297)
Effective Knowledge Repositories (6/11) Creating a knowledge map • Taxonomies describe the various relational and operational approaches to organizational knowledge • Multilevel hierarchies from general to specific content • Can search for broad areas of knowledge or very specific aspects, depending on their needs and knowledge of the field
Effective Knowledge Repositories (7/11) Creating a knowledge map • Thesaurus— an alphabetical and hierarchical listing of knowledge content areas supported in the organization using descriptors to describe the content • Includes a definition and may provide an explanation as to application and interrelationships • This explanatory support can greatly assist novices
Effective Knowledge Repositories (8/11) Identifying structural themes • Knowledge held by individuals • Best practices • Past experiences • Products, services and processes • Expert networks • Customer databases • Access to intellectual assets
Effective Knowledge Repositories (9/11) Generating taxonomy headings • Operational: • Job descriptions • Causal mapping which documents hard-to-describe processes • Organizational analysis and classification • Relational: • Authoritative professional taxonomies • Other firms • Commercial providers
Effective Knowledge Repositories (10/11) Source description • Increased classification of the source on the basis of metadata • e.g. author, date of contribution, level of access, contact names, project titles etc • Templates and standardization can assist in data classification
Effective Knowledge Repositories (11/11) User interface analysis • Screen accessibility • Navigation • Ease of retrieval and lodgement of knowledge • Security processes • Tools and other support
Creating a user-friendly knowledge repository interface(1/2)
Creating a user-friendly knowledge repository interface(2/2)
Repository Quality Control(1/4) • Monitors the value and suitability of contributed sources • Verifies the credibility of the data • Maintains the relevance and viability of the repository • Archives sources which are no longer current
Repository Quality Control (2/4) Content evaluation / verification • Knowledge life • Authoritative source • Contributor profile • Accuracy of inputs / editorial policy • Knowledge officers • Downstream / upstream filtering
Repository Quality Control (3/4) Content maintenance • Is knowledge current? • Changes to terminology, business focus, loss of expertise etc • High resource commitment to maintain the repository • Taxonomy and descriptor monitoring • Maintaining source information accuracy
Repository Quality Control (4/4) Content archives • Usability • Perceived value • Tagged as to importance • Archive old sources? • Policies on archival principles
Concluding Points • Knowledge repositories are most effective if they are structured in a systematic manner • A range of strategies can be considered: development of ontologies, thesauruses, use of metatags, strong quality control • The ongoing currency and integrity of the system need to be rigorously preserved and protected
Today’s focus questions: • How can a highly effective knowledge repository be developed? • What are the maintenance issues which will need to be considered in managing a repository? • Lecture reference: Debowski, Chapter 8