Explain conv1D operation over an image
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Applying Conv1D to an Image An image is a 2D structure with shape ( β π π π β π‘ , π€ π π π‘ β , π β π π π π π π ) (height,width,channels). Applying Conv1D to an image means treating the width (columns) as a sequence while ignoring the height. This is typically done in two ways: Case 1: Conv1D Along the Width (Common Approach) The input image has shape ( β π π π β π‘ , π€ π π π‘ β , π β π π π π π π ) (height,width,channels). The Conv1D kernel moves along the width (columns). This extracts features along horizontal structures. Output shape: ( β π π π β π‘ , π π π€ _ π€ π π π‘ β , π π π π‘ π π π ) (height,new_width,filters). Case 2: Conv1D Along the Height (Alternative Approach) We can reshape the image so that height is treated as width: ( π€ π π π‘ β , β π π π β π‘ , π β π π π π π π ) (width,height,channels). The Conv1D kernel slides vertically across the height. Output shape: ( π€ π π π‘ β , π π π€ _ β π π π β π‘ , π π π π‘ π π π ) (width,new_height,filters).
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