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Hi,
In the Stardist3D paper, it is explained that 3D NMS is performed efficiently by computing a cascade of tighter and more computationally intensive bounds on the IoU between two candidates. The ca…
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# Analytic Gaussian Process Analysis Framework
1. Kernel Representation Module
- Implement your exact form of the kernel for the Hardy Z-function
- Generalize to handle other analytic kerne…
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![grafik](https://github.com/sQUlearn/squlearn/assets/23644014/5f622252-9fae-49fd-80c8-dda03437c10d)
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### 🚀 The feature, motivation and pitch
DTW is a crucial algorithm for measuring similarity between temporal sequences, but its computational complexity can be a bottleneck, particularly with large…
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I ran into a strange problem and it took me very long to find out that it's probably not a bug in my code but maybe in sage.
I compute a large matrix over a finite field using the same code with sag…
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### 🚀 The feature
Doing 'nms_kernel' computation completely on GPU to avoid data-transfers and poor GPU utilization.
### Motivation, pitch
![fasterrcnn](https://user-images.githubusercontent.com/64…
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Hello, when I reproduce your paper, I found that M4 and M5 are a little different from the paper, but there is no problem with other models, what is the reason for this?
![image](https://github.com/u…
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This is related to #3166 where I am trying to write a class that creates an alchemical hybrid system for running relative free energy calculations. The hybrid system will handle:
1) alchemical modif…
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I am running the Ubuntu 22 DLAMI, and trying to profile a simple kernel that performs exponentiation:
```
"""
Example kernel used to demmonstrate Neuron Profile.
"""
import torch
import neuronxc…
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Hi,
I need to compute the empirical NTK kernel (J@J.T) for a NN with ~2.5M parameters including convolution, pooling and dense layers. I need to compute the kernel for up to ~30000 examples of size…