Tracking Reflected Objects: A Benchmark

TL;DR

This paper introduces TRO, a new benchmark dataset for tracking reflected objects, and proposes HiP-HaTrack, a novel tracker that significantly improves performance on this challenging task, aiming to advance research in specialized object tracking scenarios.

Contribution

The paper presents TRO, a dedicated benchmark for reflected object tracking, and introduces HiP-HaTrack, a hierarchical feature-based tracker that outperforms existing methods on this new dataset.

Findings

Existing trackers struggle with reflections.

HiP-HaTrack significantly outperforms state-of-the-art methods.

TRO dataset enables focused research on reflected object tracking.

Abstract

Visual tracking has advanced significantly in recent years, mainly due to the availability of large-scale training datasets. These datasets have enabled the development of numerous algorithms that can track objects with high accuracy and robustness.However, the majority of current research has been directed towards tracking generic objects, with less emphasis on more specialized and challenging scenarios. One such challenging scenario involves tracking reflected objects. Reflections can significantly distort the appearance of objects, creating ambiguous visual cues that complicate the tracking process. This issue is particularly pertinent in applications such as autonomous driving, security, smart homes, and industrial production, where accurately tracking objects reflected in surfaces like mirrors or glass is crucial. To address this gap, we introduce TRO, a benchmark specifically for Tracking Reflected Objects. TRO includes 200 sequences with around 70,000 frames, each carefully annotated with bounding boxes. This dataset aims to encourage the development of new, accurate methods for tracking reflected objects, which present unique challenges not sufficiently covered by existing benchmarks. We evaluated 20 state-of-the-art trackers and found that they struggle with the complexities of reflections. To provide a stronger baseline, we propose a new tracker, HiP-HaTrack, which uses hierarchical features to improve performance, significantly outperforming existing algorithms. We believe our benchmark, evaluation, and HiP-HaTrack will inspire further research and applications in tracking reflected objects. The TRO and code are available at https://github.com/OpenCodeGithub/HIP-HaTrack.