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3 cards from this section. Quick, good the night before a test.
What are nodes and edges in a graph?
Think about how you would map a flight route.
Define connectivity in the context of our airline example.
Consider how you can travel between cities.
What do nodes represent in a graph concerning airline routes?
Consider what the fundamental elements of a flight network are.
True or False: If N doubles, the runtime of the algorithm will also double.
Think about how algorithms behave with increasing input sizes.
Devise a routing algorithm that accounts for both time and cost constraints when planning flights across a network of several cities.
Consider how you might weigh these two factors against each other.
Given a non-planar graph representing flight routes, analyze how this may affect algorithm choice when trying to find routes.
Think about edge crossings and their implications in route finding.
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