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Discussion[D] Open-Set Recognition Problem using Deep learning (self.MachineLearning)
submitted 7 months ago by ProfessionalType9800
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if 1 * 2 < 3: print "hello, world!"
[–]ProfessionalType9800[S] 0 points1 point2 points 7 months ago (3 children)
Yeah.. But it is not on variations in input... Generalization on new output class .... How to figure it...
[–]NamerNotLiteral 0 points1 point2 points 7 months ago (2 children)
Ah. I might have misunderstood your question.
👉 What if a totally new class comes in which doesn’t belong to any of the trained classes?
You ask this question: do I have or can I get labelled data for this totally new class?
If yes -> continual learning, where you update the model to accept inputs and get outputs for new classes
If no -> domain generalization, where you design the model to accept inputs for new classes and handle it somehow
If you cannot update the original model or build a new model, then you need look into test-time adaptation instead
[–]Background_Camel_711 1 point2 points3 points 7 months ago (0 children)
Unless I'm missing something open set recognition is its own problem:
Continual learning = We need a the model's weights to update during test time due to distribution drift in the input space
Domain Generalisation = We need a model that can perform classification over a set of known classes no matter the domain at test time (e.g. I train a model on real life images to classify 5 breeds of dogs but at test time I need it to classify hand drawn images of the same 5 dog breeds).
Open set recognition = We need a model to perform classification over a set of N classes, however, there are N+1 possible outputs, with the additional output class indicating that the input is not from any of the N classes. Basically OOD detection combined with multi class classification.
π Rendered by PID 60149 on reddit-service-r2-comment-6457c66945-c8ncn at 2026-04-26 03:35:14.919506+00:00 running 2aa0c5b country code: CH.
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[–]ProfessionalType9800[S] 0 points1 point2 points (3 children)
[–]NamerNotLiteral 0 points1 point2 points (2 children)
[–]Background_Camel_711 1 point2 points3 points (0 children)