because probability is associated with each point. Larger the distance, higher the chance of it gets chosen. But that doesn't gurantee it will be chosen.
@@RITWIKGHOSH-oc5ud could you explain how it gets chosen? It looks like it’s sorted by probability but then backs off from the most probable. What is the other factor we’re looking for?
@@AoibheDraws I already explained this above. Let's say the probability of 3 points being chosen is 35%, 50% and 15%. In this case any of the 3 points can be chosen. But the chance of Point 2 being chosen is most. It doesn't guarantee.
super video. Perfect for understanding the algorithm
Thank you for the video to clarify the algorithm of kmeans++
that's was awesome, underrated animation.
amazing animation! 0:32 why pick point 34 instead of 43? point 43 would be the farthest
because probability is associated with each point. Larger the distance, higher the chance of it gets chosen. But that doesn't gurantee it will be chosen.
@@RITWIKGHOSH-oc5ud could you explain how it gets chosen? It looks like it’s sorted by probability but then backs off from the most probable. What is the other factor we’re looking for?
@@AoibheDraws I already explained this above.
Let's say the probability of 3 points being chosen is 35%, 50% and 15%.
In this case any of the 3 points can be chosen. But the chance of Point 2 being chosen is most. It doesn't guarantee.
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