Yuhan Liu

Hi! Thank you for visiting my page! I am Yuhan and received my PhD from the University of Electronic Science and Technology of China (UESTC) in 2021, and currently I am an Associate Professor at the Aerospace Information Research Institute (AIR) under the Chinese Academy of Sciences (CAS), China. I mainly work on the image processing, especially in infrared target detection. Additionally, I also work on the remote sensing image processing.

Research Interests

  • Infrared Small Target Detection: Detection methods for low-contrast, low-SNR targets in complex scenes
  • Satellite Video Tracking: Fine-grained localization and tracking for satellite video applications
  • Anti-UAV Vision: Drone detection and tracking in thermal infrared videos

Dual-Region Search (Remote Sensing, 2025)

An infrared small moving target detection method in complex scenes based on dual-region search strategy.

Anti-UAV Tracking (Remote Sensing, 2024)

A contrastive-augmented memory network for drone tracking in thermal infrared videos.

EHTracker (IEEE JSTARS, 2024)

Towards fine-grained localization for satellite video target tracking.

VGF-Filter (Remote Sensing, 2024)

High-speed spatial-temporal saliency model using vectorized guided filter for real-time detection.

View All Projects →

Recent News

  • Feb 2025: Work as a Guest Editor for Special Issue “Deep Learning-Based Small-Target Detection in Remote Sensing” on Remote Sensing! [link]
  • Jan 2025: Our paper “An Infrared Small Moving Target Detection Method in Complex Scenes Based on Dual-Region Search” has been published on Remote Sensing! [DOI]
  • Dec 2024: Our paper “A Contrastive-Augmented Memory Network for Anti-UAV Tracking in TIR Videos” has been published on Remote Sensing! [DOI]
  • Dec 2024: Our paper “EHTracker: Towards Fine-Grained Localization for Satellite Video Target Tracking” has been published on IEEE JSTARS! [DOI]
  • Dec 2024: Started as Associate Professor at the Aerospace Information Research Institute (AIR), Chinese Academy of Sciences (CAS)!
  • May 2024: Our paper “High-Speed Spatial–Temporal Saliency Model” has been published on Remote Sensing! [DOI]

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