Multi-agent System Architecture for Tracking Moving Objects. - Yingge Wang; Elhadi M. Shakshuki (AI, 2003)

Using Agent-Based Approach to Tracking Moving Objects. - Elhadi M. Shakshuki; Yingge Wang (AINA, 2003)

How to design efficient watermarks? - Qiang Cheng 001; Yingge Wang; Thomas S. Huang (ICASSP (3), 2003)

Maximizing efficacy for efficient watermarking systems. - Qiang Cheng 001; Yingge Wang; Thomas S. Huang (ICIP (2), 2003)

A Multi-agent System for Semantic Information Retrieval. - Yingge Wang; Elhadi M. Shakshuki (Canadian AI, 2004)

MV-MAP: Multiresolution Video Visualization and Summarization on MAPs. - Yingge Wang; Qiang Cheng 001; Jie Cheng 002; Thomas S. Huang (ICPR (3), 2004)

Performance analysis and error exponents of asymmetric watermarking systems. - Qiang Cheng 001; Yingge Wang; Thomas S. Huang (Signal Process., 2004)

SNR Analysis for Phased-Array MRI. - Yingge Wang; Qiang Cheng 001; Jie Cheng 002 (ICASSP (2), 2005)

Landscape: a high performance distributed positioning scheme for outdoor sensor networks. - Liqiang Zhang 002; Qiang Cheng 001; Yingge Wang; Sherali Zeadally (WiMob (3), 2005)

A Novel Distributed Sensor Positioning System Using the Dual of Target Tracking. - Liqiang Zhang 002; Qiang Cheng 001; Yingge Wang; Sherali Zeadally (IEEE Trans. Computers, 2008)

Spatial Diffusion Waves of Human Activities: Evidence from Harmonized Nighttime Light Data during 1992-2018 in 234 Cities of China. - Jianxin Yang; Man Yuan; Shengbing Yang; Danxia Zhang; Yingge Wang; Daiyi Song; Yunze Dai; Yan Gao; Jian Gong (Remote. Sens., 2023)

Correction: Yang et al. Spatial Diffusion Waves of Human Activities: Evidence from Harmonized Nighttime Light Data during 1992-2018 in 234 Cities of China. Remote Sens. 2023, 15, 1426. - Jianxin Yang; Man Yuan; Shengbing Yang; Danxia Zhang; Yingge Wang; Daiyi Song; Yunze Dai; Yan Gao; Jian Gong (Remote. Sens., 2024)

Ts-vit: feature-enhanced transformer via token selection for fine-grained image recognition. - Yingge Wang; Hu Liang; Changchun Wen; Shengrong Zhao (Signal Image Video Process., 2025)