Chapter 4
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Nov 24, 2024
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Running head: DATA MINING
1
Data Mining
Student’s Name
Institution
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Discussion Question 1
1: Data Mining
Data mining is the technique of analyzing data to identify anomalies, trends, and patterns. It is
also defined as the concept of examining large previous datasets to extract knowledge (
Sharda,
Delen & Turban, 2020)
. The process of data mining has many definitions since individuals apply
different techniques and tools to mine data. The application of data mining in various sectors also
influences its definitions.
2: Popularity of Data Mining
Data mining is rapidly increasing in popularity due to many reasons. First, the increasing
competition in the global arena resulting from consumers increasing preferences has taken over
the marketplace. This leads to business entities embracing data mining as the solution to ensure
their competitive advantage. Secondly, the essence of data mining in providing decision-makers
with informed insights allows them to make sound business decisions. Many organizations have
realized the importance of data mining in decision-making, leading to its popularity (
Sharda,
Delen & Turban, 2020)
. Data mining is also increasing in popularity due to its important function
of consolidating and integrating databases to allow a single view of business elements like
customers, transactions, and vendors, among others. By embracing data mining, organizations
can now track various items in their data warehouse with a single view. Another reason why data
mining is increasing in popularity is its significance in reducing hardware and software costs that
would be rather used for storing and processing data (
Sharda, Delen & Turban, 2020)
. Data
mining promotes data storage in a single warehouse, where it can be easily retrieved if need be.
Finally, as move businesses move towards the Internet of Things (IoT), business practices move
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from physical to digital, and data mining remains the only solution to ensuring efficiency in
business processes.
3: Data Mining Software
Choosing between data mining software is a crucial task that an organization should pay key
attention. Before deciding to buy a data mining software, an organization should first consider
the standards of using the software. An organization may also subject its expertise to the use of
the software and run some analyses to determine if it corresponds to the software's business
needs. The organization can then conduct a cost/benefit analysis to determine the software's
effectiveness in the company and decide whether to buy or not.
4: Data Mining versus other Analytics
Data mining differs from other forms of analytical technics and tools in a variety of ways. Data
mining is different from other forms of analytical tools and techniques such that data mining
entails a combination of several analytical concepts and tools (
Sharda, Delen & Turban, 2020)
.
Data mining also appears to be different from other forms of analytics. It identifies patterns in
large data sets, which is a case in other analytics that give insights.
5: Main Data Mining Methods
Data mining methods are classified under three main categories, which include prediction,
clustering, and association. Prediction is a data mining method that informs about the future. This
method utilizes facts rather than guessing to forecast about the future. On the other hand,
clustering is a data mining method that allows discovering groups of entities that share
characteristics. The third method of data mining is association, which establishes relationships
between items.
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The difference between these three data mining methods is that whereas the prediction method
forecast the future based on previous datasets, clustering divides patterns record into clusters
with each segment sharing some characteristics (
Sharda, Delen & Turban, 2020)
. Conversely, the
association method of data mining discovers items that are related in a large data set.
Exercise 1: Developments in Data Mining and Predictive Models
The increasing application and popularity for data mining of big data have powered
advancements in predictive models. Developments in data mining and predictive modelling can
be viewed in terms of their applications and their accuracy in different fields. Some of the
advances in predictive models include using advanced use of Bayesian networks for predictive
purposes. Numerous extensions have been made in the Bayesian classier to enhance the
functionality of the model (
Arrazola et al., 2013)
. Other advances are viewed in terms of
hyperplanes' usefulness in generating trees essential in carrying out regression tasks. On the other
hand, advancements in data mining are evident in various methods used in data mining. The
emergence of multimedia data mining is a significant development. Multimedia data mining
entails data extraction from several multimedia sources like audio, video, and image (
Almasoud,
Al-Khalifa & Al-Salman, 2015)
. Another advancement in data mining is the discovery of the
ubiquitous data mining method. Ubiquitous data mining is a mining method that entails the use
of mobile devices to obtain information from datasets.
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References
Almasoud, A. M., Al-Khalifa, H. S., & Al-Salman, A. (2015, October). Recent developments in
data mining applications and techniques. In
2015 Tenth International Conference on
Digital Information Management (ICDIM)
(pp. 36-42). IEEE.
Arrazola, P. J., Özel, T., Umbrello, D., Davies, M., & Jawahir, I. S. (2013). Recent advances in
modelling of metal machining processes.
CIRP Annals
,
62
(2), 695-718.
Sharda, R., Delen, D., & Turban, E. (2020).
Analytics, data science, & artificial intelligence
.