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Cover of SiamMT: Real-Time Arbitrary Multi-Object Tracking

SiamMT: Real-Time Arbitrary Multi-Object Tracking

Lorenzo Vaquero, Manuel Mucientes, Víctor M. Brea

International Conference on Pattern Recognition

SiamMT is a Siamese convolutional architecture for tracking multiple arbitrary objects in real time by sharing frame features and using pairwise cross-correlation.

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Visual object tracking preserves the identity of an object throughout a video. Real applications often demand systems capable of tracking multiple objects in real time, but multi-object tracking solutions usually follow tracking-by-detection, depending on costly detectors and category-specific training. SiamMT efficiently applies individual visual tracking techniques to multiple arbitrary objects in real time, making it a deep-learning-based arbitrary multi-object tracker. It uses global frame feature extraction with a fully convolutional neural network, crops and resizes object search areas, and performs the final similarity operation between search areas and target exemplars with optimized pairwise cross-correlation. These components allow the system to track multiple targets in a scalable manner.

@inproceedings{vaquero2020siammt,
  author    = {Lorenzo Vaquero and
               Manuel Mucientes and
               V{\'{\i}}ctor M. Brea},
  title     = {{SiamMT}: Real-Time Arbitrary Multi-Object Tracking},
  booktitle = {Int. Conf. Pattern Recognit. ({ICPR})},
  pages     = {707-714},
  year      = {2020},
  doi       = {10.1109/ICPR48806.2021.9412625}
}

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