mambasmile

Results 5 issues of mambasmile

# Model. # _________ sum_square part _____________ # get the summed up embeddings of features. nonzero_embeddings = tf.nn.embedding_lookup(self.weights['feature_embeddings'], self.train_features) self.summed_features_emb = tf.reduce_sum(nonzero_embeddings, 1) # None * K # get the...

您好! 整个论文在计算因的潜在得分时,利用的是 涟漪效应的原理,这里基于的理论是:如果属性值是因,则属性值的变化和包含属性值的样本的变化是一致的;即 Province = Beijing 下降60%,则Province = Beijing,ISP = China Mobile 和 Province = Beijing,ISP = China Unicom均会下降60%;然后反过来认为 符合涟漪效应的属性值就是根因;从这里看出,您将 涟漪效应和根因 作为了一对充分必要条件; 这里我们存在疑惑:如果属性值符合涟漪效应,属性值是根因的依据是什么?

Traceback (most recent call last): File "create_virtual_human.py", line 13, in cvh = FOM(GAN_Config['FOM_INPUT_IMAGE'],GAN_Config['FOM_DRIVING_VIDEO'],GAN_Config['FOM_OUTPUT_VIDEO']) File "E:\python_project\PaddleBoBo\PaddleTools\GAN.py", line 23, in FOM first_order_predictor.run(source_image, driving_video) File "C:\Users\13277\.conda\envs\virtual_human\lib\site-packages\ppgan\apps\first_order_predictor.py", line 190, in run face_image = cv2.resize(face_image,...

大佬您好,PS方法采用RE(涟漪效应)来度量因的置信度,如何理解PS方法的原理 ![image](https://user-images.githubusercontent.com/19345320/175922026-1509e130-2932-4ba8-b643-a412849e1192.png) 很多人的猜想类似于下面的: 如果属性值是因 , 属性值的变化和属性值样本的变化符合涟漪效应; 如果属性值的变化和属性值样本的变化符合涟漪效应,则属性值是因 这种理解对么