CTT: CNN Meets Transformer for Tracking.Siamese networks are one of the most popular directions in the visual object tracking based on deep learning.  However, object tracking should focus on the global and contextual dependencies.  Finally, we detailly evaluate our tracker CTT on GOT-10k, VOT2019, OTB-100, LaSOT, NfS, UAV123 and TrackingNet benchmarks, and our proposed method obtains competitive results with the state-of-the-art algorithms.
CTT
CTT: CNN Meets Transformer for Tracking.Siamese networks are one of the most popular directions in the visual object tracking based on deep learning.  In Siamese networks, the feature pyramid network (FPN) and the cross-correlation complete feature fusion and the matching of features extracted from the template and search branch, respectively. 
Siamese networks
In Siamese networks, the feature pyramid network (FPN) and the cross-correlation complete feature fusion and the matching of features extracted from the template and search branch, respectively. 
FPN
CTT: CNN Meets Transformer for Tracking.Siamese networks are one of the most popular directions in the visual object tracking based on deep learning.  Hence, we introduce a delicate residual transformer structure which contains a self-attention mechanism called encoder-decoder into our tracker as the part of neck. 
Transformer
CTT: CNN Meets Transformer for Tracking.Siamese networks are one of the most popular directions in the visual object tracking based on deep learning.  Under the encoder-decoder structure, the encoder promotes the interaction between the low-level features extracted from the target and search branch by the CNN to obtain global attention information, while the decoder replaces cross-correlation to send global attention information into the head module. 
CNN