Long-term Visual Tracking: Review and Experimental Comparison

Liu, Chang; Chen, Xiaofan; Bo, Chunjuan; Wang, Dong

doi:10.1007/s11633-022-1344-1

Cited by 15 publications

(2 citation statements)

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“…Recent reviews have looked into detection-based multiple-object tracking [24], data association methods [25], long-term visual tracking [26], and methods used in ship tracking [27]. Dai et al [24] introduced a taxonomy of multiple-object tracking and provided a detailed summary of the results of algorithms on popular datasets.…”

Section: Applications-basedmentioning

confidence: 99%

“…Dai et al [24] introduced a taxonomy of multiple-object tracking and provided a detailed summary of the results of algorithms on popular datasets. Liu et al [26] reviewed long-term tracking algorithms while describing existing benchmarks and evaluation protocols. Rocha et al [27] reviewed datasets and state-of-the-art algorithms for single and multiple-object tracking with the view of applying them to ship tracking.…”

Section: Applications-basedmentioning

confidence: 99%

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Object Tracking Using Computer Vision: A Review

Kadam,

Fang,

Zou

2024

Computers

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Object tracking is one of the most important problems in computer vision applications such as robotics, autonomous driving, and pedestrian movement. There has been a significant development in camera hardware where researchers are experimenting with the fusion of different sensors and developing image processing algorithms to track objects. Image processing and deep learning methods have significantly progressed in the last few decades. Different data association methods accompanied by image processing and deep learning are becoming crucial in object tracking tasks. The data requirement for deep learning methods has led to different public datasets that allow researchers to benchmark their methods. While there has been an improvement in object tracking methods, technology, and the availability of annotated object tracking datasets, there is still scope for improvement. This review contributes by systemically identifying different sensor equipment, datasets, methods, and applications, providing a taxonomy about the literature and the strengths and limitations of different approaches, thereby providing guidelines for selecting equipment, methods, and applications. Research questions and future scope to address the unresolved issues in the object tracking field are also presented with research direction guidelines.

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