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1. Algorithm
Problem Solving

2. IDGJ
UNDERSTAND THE PROBLEM
DECIDE ON:
COMPUTATIONAL MEANS,
EXACT VS APPROXIMATE SOLVING
ALGORITHM DESIGN TECHNIQUE
DESIGN AN ALGORITHM
PROVE CORRECTNESS
ANALYZE THE ALGORITHM
CODE THE ALGORITHM

3. UNDERSTAND
THE PROBLEM
• Deep understanding of the
problem.
• Define the problem, input,
output, limitations and
specific conditions

4. COMPUTATIONAL
MEANS
• Consider the environment
where the algorithm will run.

5. EXACT VS
APPROXIMATE
SOLVING
• Determine if an exact
solution is required or if
an approximate
solution is acceptable.

6. ALGORITHM
DESIGN TECHNIQUE
• Select a suitable method for
building the algorithm.
• Such as divide and conquer or
dynamic programming.

7. DESIGN AN
ALGORITHM
• Outline the step-by-step
procedure to address the
problem.
• Like pseudocodes or
flowcharts

8. PROVE
CORRECTNESS
• The algorithm should
always produce
correct results for
any allowed input.
• Prove this by using
either mathematical
methods or
logical reasoning.

9. ANALYZE THE
ALGORITHM
• Assess the algorithm's
efficiency
• It's time and space
complexity
• Helps to determine
performance and
scalability

10. CODE THE
ALGORITHM
• Translate the designed
algorithm into a functional
program using specific
programming language

11. THANK YOU