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3 cards from this section. Quick, good the night before a test.
Define what a node is in the context of a graph.
Think of a city represented in a mapping tool.
What does an edge represent in a graph?
Consider how flights connect different locations directly.
What does a node represent in a graph?
Think about what you would plot on a map.
True or False: The complexity of an algorithm increases as the number of direct flights increases.
Consider a busy airport with many flights.
Design an algorithm to determine if there is a feasible route from city A to city B taking into consideration both the available flights and constraints such as layover time and overall journey cost.
Think about how you might prioritize which connections to use based on a combination of criteria.
Given a non-planar graph representing multiple airlines with overlapping routes, analyze how different algorithms might handle route discovery differently compared to planar graphs.
What strategies can you employ to reduce complexity in overlapping or intersecting routes?
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