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Hi,
Impressive work, it looks so simple.
In my view, the core of the work consists of three types of loss: Bandwidth, Sparsity, and Variance, which are referred to as `IPR`, `SNR`, and `EMD` i…
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### Objective:
My objective is to enhance the detection accuracy of my computer vision models for segmentation and detection tasks by incorporating a larger pool of unlabeled data. I hope, this will …
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hi,大家好,非常高兴的告诉大家,兴智杯——前沿模型复现赛已经开始了,本次复现赛共将有15篇的经典&前沿论文供大家复现。详细信息可以参考[兴智杯官网链接](http://www.aiinnovation.com.cn/#/trackDetail?id=20),或[AI Studio 链接](https://aistudio.baidu.com/aistudio/competition/detail…
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Thanks for your excellent work, but I have a question.
```
p = self.decoder(emb).squeeze(2)
p += weight
```
why did you add the weight to this distribution? p should contain this information. …
lmdsx updated
11 months ago
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I really appreciate your work, which gives me a lot of insight. I succeeded in reproducing the result of your work. But I have remaining questions (these questions may be the last..)
**First, I d…
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Sik-Ho Tang. [Review: Representation Learning with Contrastive Predictive Coding (CPC/CPCv1)](https://sh-tsang.medium.com/review-representation-learning-with-contrastive-predictive-coding-cpc-cpcv1-8e…
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Hi everyone,
I wonder if It is possible to apply these methods in image segmentation. In that case, is there any tutorial available?
Thanks in advance.
Julio.
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`line 149` in the `class KNN(Algorithm)` is,
> https://github.com/yfzhang114/AdaNPC/blob/c280d6be2b524a895a554a7bb650ae99f5b11eea/domainbed/algorithms.py#L147-L149
Eq.(4) in the paper is,
> ![ima…
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### Search before asking
- [X] I have searched the YOLOv5 [issues](https://github.com/ultralytics/yolov5/issues) and [discussions](https://github.com/ultralytics/yolov5/discussions) and found no simi…
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## Description
When using trt to build an fp16 model, in inference, the accuracy is too different from fp32. The model is BERT base. why?
## Environment
**TensorRT Version**: 7.2.1
**NVIDIA…