| 2026 | ECRTS | CacheFlow: Using Maximum Flow to Bound Cache-Based Preemption Delays. | Tiancheng He, Bryan C. Ward |
| 2026 | RTAS | MIRAGE: MILP-Based Block Grouping for Real-Time Signal Processing. | Tiancheng He, Bryan C. Ward |
| 2023 | WiMob | Actigraphy-Based Algorithm for Spinal Range of Motion Assessment for Axial Spondyloarthritis Patients. | Sydney Peters, Tiancheng He, Yunzhao Xing, Rameez Chatni, In-Ho Song, Michelle Crouthamel, Nancy Curran, Dan Webster, Matthew Czech, Jie Shen |
| 2022 | ICCAD | SHAPE: Scheduling of Fixed-Priority Tasks on Heterogeneous Architectures with Multiple CPUs and Many PEs. | Yuankai Xu, Tiancheng He, Ruiqi Sun, Yehan Ma, Yier Jin, An Zou |
| 2017 | MICCAI | Dynamic Respiratory Motion Estimation Using Patch-Based Kernel-PCA Priors for Lung Cancer Radiotherapy. | Tiancheng He, Ramiro Pino, Bin S. Teh, Stephen T. Wong, Zhong Xue |
| 2016 | ICPR | Manifold Regularized Multi-view Subspace Clustering for image representation. | Lei Wang, Danping Li, Tiancheng He, Zhong Xue |
| 2016 | MICCAI | Transductive Maximum Margin Classification of ADHD Using Resting State fMRI. | Lei Wang, Danping Li, Tiancheng He, Stephen T. C. Wong, Zhong Xue |
| 2014 | MICCAI | Estimating Dynamic Lung Images from High-Dimension Chest Surface Motion Using 4D Statistical Model. | Tiancheng He, Zhong Xue, Nam Yu, Paige L. Nitsch, Bin S. Teh, Stephen T. Wong |
| 2014 | MICCAI | Spatial-Temporal Image-Constrained Lung 4D-CT Reconstruction for Radiotherapy Planning. | Tiancheng He, Zhong Xue, Nam Yu, Bin S. Teh, Stephen T. Wong |
| 2013 | MICCAI | Helical Mode Lung 4D-CT Reconstruction Using Bayesian Model. | Tiancheng He, Zhong Xue, Paige L. Nitsch, Bin S. Teh, Stephen T. Wong |
| 2010 | MICCAI | Online 4-D CT Estimation for Patient-Specific Respiratory Motion Based on Real-Time Breathing Signals. | Tiancheng He, Zhong Xue, Weixin Xie, Stephen T. C. Wong |
| 2008 | ICNC | Bimimetic Pattern Recognition for Multispectral Image. | Wenming Cao, Tiancheng He, Shoujue Wang |
| 2006 | GRC | Text-continuous speech recognition based on ICA and geometrical learning. | Wenming Cao, Tiancheng He, Shoujue Wang |