Summary:
The last decade or so has been called the “information age”
by many. In fact, we live in an information economy, where the majority of
prosperity and wealth is based upon the production and distribution of
knowledge and information. Therefore, Knowledge
Management is key to any business firms overall business strategy. Now,
there is an important difference in data,
bits of information about a flow of events or transactions, and knowledge. Knowledge is the use of information,
derived from data, which is discovered through the analyzation of patterns
rules and contexts. Knowledge Management
refers to the business processes of an organization that stores, creates,
transfers, and applies knowledge. A firm’s
value is directly related to its ability to do so. The three types of Knowledge
Management Systems (KMS) are: Enterprise-wide KMS, Knowledge work systems, and
Intelligent techniques.
Enterprise-wide KMS are general purpose tools that manage knowledge
organization-wide. They are capable of searching for information and storing
both structured and unstructured data. Structured knowledge exists in formal
documents and files that are explicitly gleaned. Un-structured data exists in
memos, emails, graphics and proposals that are stored in many different
locations, in many different formats. Enterprise-wide KMS provide great value
to firms as long as they are well designed and accomplish their task efficiently.
Knowledge work systems (KWS) focus on the creation of new
knowledge and its application to an existing organization. In essence, they
enable the location of tacit knowledge and its transformation to explicit
knowledge. KWS have pre-requisites that include easy access to an external
knowledge base, computer hardware and support software that is graphics
intensive, communication capabilities, and being user friendly. Computer-aided
design (CAD) and virtual reality systems are major work applications that can
be considered a KWS.
Intelligent Techniques are of great benefit to knowledge
management. Expert systems, case-based reasoning, and Fuzzy Logic (a software
technology for expressing knowledge in the form of rules with subjective
values) are all used to capture tacit knowledge. The other intelligent
techniques discussed in our textbook are based upon Artificial Intelligence
(AI). These systems include neural networks, genetic algorithms, and
intelligent agents (software programs that carry out specific, repetitive, and
predictable tasks without direct human intervention). While AI is no substitute
for the flexibility and creativity of human intelligence, it is very useful for
capturing and codifying organizational knowledge.
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