Data Analytics Techniques and Tools for Network Security

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Network security
Student’s Name:
Institution Affiliation:

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Section 1
A data analytics platform helps in playing out the activities on data examination as a total
bundle, so as to perform information examination and to increase some valuable understanding
from the huge measures of information, certain devices are utilized. These tools basically fill in
as an information as a platform instrument. The three tools are as follows;
 Weka analytics tool - Weka (Waikato Environment for Knowledge Analysis) is a well
known suite of AI programming written in Java, created at the University of Waikato,
New Zealand. Weka is free programming accessible under the GNU General Public
License. Weka is an accumulation of AI calculations for taking care of certifiable
information mining issues. It is composed in Java and keeps running on practically any
stage. The calculations can either be applied legitimately to a dataset or called from your
own Java code [5].
 Zoho Analytics - Concentrating on convenience an especially key characteristic as
information instruments develop. Zoho analytics is a self administration alternative.
Implying that clients won't require its help staff or expert information researchers to
gather understanding from information. Remarkably, the Zoho analytics software has a
simplified interface, just as a great spreadsheet-style interface[1].
 Microsoft Power BI - Power BI is a decent choice for associations searching for a
simple entrance ramp into Big Data Analytics and is an especially clear decision for those

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that have effectively institutionalized on a Microsoft stack. Power BI gives cloud based
business examination and coordinates what Microsoft calls "content packs" with pre-
constructed dashboards and report for various kinds of investigation and information
checking. The joint effort abilities in the stage empowers clients to share information and
dashboard, while giving cautioning capacities[2].
Data analytics techniques
 Decision tree – Decision tree takes the structure of tree up different nodes such as
testing, starting, ending and branches nodes[3].
 Back propation algorithm – Back propation algorithm involves training of a dataset
based on the neural network. There are two types of signals which flows on opposite
directions; that is fictional and error signals[4].
 Quantitative analysis – It evaluates patterns and correlations in a dataset.
Utilizing measurable strategies, analysis depends on huge cross areas. Huge example size
characterizes speculation of got results to whole dataset. Results are numerical and in this
manner could be utilized for further numerical correlations and tasks to uncover and
measure connections.
 Qualitative analysis – It depends on human word portrayal of information patterns and
relations. Dissected information test is littler contrasted with the volume of information
examined with quantitative analysis and here the objective is to delve further in the
information semantics. In light of moderately little example size, the analysis can't sum
up ends to generally speaking dataset. The outcomes are not numerical but rather

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enlightening and can't deliver numerical dataset. The yield of Qualitative investigation is
a portrayal of the interdependencies communicated in words[6].
 Clustering (unsupervised AI) – It is an unaided learning strategy by which information
order (division) is taken care of into various gatherings dependent on likeness of
information properties as a division foundation. There is no requirement for past learning
of classes. Classes are framed implicitly as an outcome of information gathering rather
than this. Information arrangement calculation uses frames in a manner by which
information is assembled or separate calculations utilize distinctive group recognizable
proof strategies[7].
Demonstration
 Datasets
We are going to use the datasets from the UCI repository. It is a bank dataset with 11 attributes
and 600 data items. The link for the dataset is provided in the instruction file.
 Results
Here are the results of analyzing the bank dataset in Weka software. We are going to
compare two techniques that is decision tree and back propation algorithm. MLP is back
propation and j48 will be decision tree algorithm[8].

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The snippet below illustrate the chart for the accuracy of the bank dataset

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