Algorithm Visualizations

Running head: ALGORITHM VISUALIZATIONS
Algorithm visualizations
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ALGORITHM VISUALIZATIONS
Algorithm visualizations
Algorithm is a method of solving a problem that consists of exact defined instructions
that can be given in a step-wise manner. Teaching Algorithms that solve very complex
computational problems can be a big challenge especially to learners who are starters. When
dealing with beginners, the problems chosen to be solved using algorithms should be chosen
carefully. These problems should be solvable independently when dealing with a specific
programming language (Simonak, 2014). For beginners, they have many computational
problems that they need to learn as they form a good foundation in their computer science
studies. Therefore, they should be able to understand the use of algorithms properly so that they
do not shift their attention to designing new algorithms. The language used to describe the
various algorithms should be problem-oriented and high-level; for instance, pseudocode
describes algorithms very well. Problems that intend to be introduced to beginners should neither
be too simple nor too complex but should always be easy to understand. With time, more
complex algorithmic problems are introduced to learners as these give more space for creativity
and realizations of unusual solutions that may sometimes lead to innovations (Sriadhi, Rahim, &
Ahmar, 2018).
The animations and visualizations of different problems make the learning process easy
and affect the cognitive mental thoughts of the learners. The use of visualizations to support
learning is a method that enables people’s perceptions, abilities and consciousness to be
motivated to gain knowledge. The use of visualizations and graphical representations, for
instance, graphs, charts, diagrams, and pictures help various learners to get the understanding
and meaning of information more quickly and easily. For the last few years, there has been a
great use of computers for graphic charting, animating and for visualization purposes. These
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