Warshall's Algorithm (Finding the Transitive Closure)
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- čas přidán 6. 09. 2024
- Discrete Mathematics: Warshall's Algorithm
Topics discussed:
1) Finding the transitive closure using Warshall's Algorithm.
2) The need for Warshall's Algorithm.
3) Example of finding the transitive closure using Warshall's Algorithm.
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It is ridiculous how complicated my text book made this sound, versus how simple it is as shown in this video.
Textbooks focus too much on the mathematical concepts and relations and very little on examples. I wonder if universities/schools just recommend this kind of textbook (which are great if you are doing research on the topic or just want deeper knowledge) because it's all there is available or because they can't help themselves haha.
I hate so much how text books and professors complicate everything only to find a youtube video and the concept is so easy 😭
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Can u give your opinion ....why it is only of C ×R..............why not R×C?
Up
The same problem
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sir is Warshall's algorithm is only applicable for transitive closure or applicable for both reflexive and symmetric also.
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I spent 30 minutes trying to figure out what this algorithm even meant, because every written thing online about it uses super confusing wording that would only make sense to me if I completely mastered this algorithm beforehand. Now i wont fail my exam tommorow
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thanks sir
Can someone point me to a resource that explains WHY this method works? This seems pretty different (and a lot simpler) than the method i learned (which is similar to a matrix dot product for each step. After this, the transitive closure is the union of R¹ U R² U R³ ....).
can you please share the resource from where you learned the matrix dot product please.
Can RxC be used instead of CxR??🤔
no , if u have (1,2) and (2,3) in the relation u 'go' from 2 to 3 so to say.
column i is from where u 'get' to i.
row i is where i 'gets' you
Thx a lot
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First viewer
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Why we need (4,4)
43 and 34 are there so...
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Best
good explanation .but too much "nothing but"
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