Finding All Possible Paths in a Directed Graph

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To find all possible paths from a given node in a directed graph, it's essential to understand that a node represents a location, similar to cities on a map. The discussion highlights that counting paths individually can be tedious, and utilizing specific theorems or formulas applicable to the graph may provide a more efficient solution. The complexity of graphs can vary significantly, with examples including phone systems and the internet. A clear understanding of nodes and directed graphs is crucial for effectively navigating and analyzing these structures. Overall, grasping these concepts will aid in exploring all potential paths in directed graphs.
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Do you know how to get all the possible paths from a given node in a directed graph?
Thanks a lot
 
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i don't actually know what a node or a directed graph is :( is it that I am too stupid or are you being more general than would be expected? idk but for my benefit could you explain it a bit more clearly? thanks
 
A node is a location. For example, if you were planning a trip, you would of course establish a path that would get you to your destination fastest. On a map, each city would represent a node that you may travel into and away from.
 
Your question is too general, but I'll give you a tip -

a) Try counting these paths one by one, which may be tedious.

b) If you have some type of thoerem or formula which applies to this specific graph then use the formula.

Some graphs are extremely complex - like phone systems or the internet for eg.
 

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