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denoisingrec's Issues

Dataset preprocessing

Hi, thanks for your great work. I'm very interested in your paper.
Could you please provide the dataset preprocessing codes for generating the uploaded data? If not, could you give some step-by-step descriptions?
Thanks for any possible help.

作者您好。关于epoch的问题想要咨询一下您。

作者您好。我运行了你开源的代码,有一些疑惑想要咨询一下您。
1、我在Yelp数据集上运行了GMF+T-CE模型,具体的参数设置是:batch_size=1024, dataset='yelp', drop_rate=0.2, dropout=0.0, epochs=10, eval_freq=2000, exponent=1, factor_num=32, gpu='3', lr=0.001, model='GMF', num_gradual=30000, num_layers=3, num_ng=1, out=True, top_k=[50, 100],这些都是默认的设置,我仅仅改变了训练次数epoch,即epoch =[10, 20, 30],训练10个epoch时,Recall=[0.0875, 0.1452], NDCG=[0.0357,0.0487]; 训练20个epoch时,Recall=[0.0941,0.1550], NDCG=[0.0382,0.0520];训练30个epoch时,Recall=[0.1021,0.1649], NDCG=[0.0420,0.0562]。可以看到性能还是一直在大幅上升状态,即训练10个epoch并没有让模型达到收敛状态。我观察了论文中实验结果表3,其中的实验结果与epoch=10时的基本一致,这样的对比是否有失公允呢?

2、虽然代码中设置了固定的随机数种子,但每次实验结果似乎都不同,并且和论文中的结果对不上,是因为多次取平均的结果吗?

非常感谢您在百忙之中阅读我的问题,期待您的回复。 @WenjieWWJ

About evaluation on Recall

Hi, when I perform "python inference.py --dataset=yelp --model=GMF --drop_rate=0.1 --num_gradual=30000 --gpu=0", I obtain Recall@50 and Recall@100 both at 0.0000 though NDCG is the same as that of the paper. Is there something wrong in your source code?

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