A 7-Round Parallel Hardware-Saving Accelerator for Gaussian and DoG Pyramid Construction Part of SIFT. - Jingbang Qiu; Tianci Huang; Takeshi Ikenaga (ACCV (3), 2009)

Motion Detection Based on Background Modeling and Performance Analysis for Outdoor Surveillance. - Tianci Huang; Jingbang Qiu; Takahiro Sakayori; Satoshi Goto; Takeshi Ikenaga (ICCMS, 2009)

Temporal Information Cooperated Gaussian Mixture Models for Real-time Surveillance with Ghost Detection. - Tianci Huang; Chengjiao Guo; Jingbang Qiu; Takeshi Ikenaga (IIH-MSP, 2009)

An FPGA-Based Real-Time Hardware Accelerator for Orientation Calculation Part in SIFT. - Jingbang Qiu; Ying Lu; Tianci Huang; Takeshi Ikenaga (IIH-MSP, 2009)

Robust Background Segmentation Using Background Models for Surveillance Application. - Tianci Huang; Jingbang Qiu; Takahiro Sakayori; Takeshi Ikenaga (MVA, 2009)

A Hardware Accelerator with Variable Pixel Representation & Skip Mode Prediction for Feature Point Detection Part of SIFT Algorithm. - Jingbang Qiu; Tianci Huang; Yiqing Huang 002; Takeshi Ikenaga (MVA, 2009)

A Foreground Extraction Algorithm Based on Adaptively Adjusted Gaussian Mixture Models. - Tianci Huang; Jingbang Qiu; Takeshi Ikenaga (NCM, 2009)

A FPGA-Based Dual-Pixel Processing Pipelined Hardware Accelerator for Feature Point Detection Part in SIFT. - Jingbang Qiu; Tianci Huang; Takeshi Ikenaga (NCM, 2009)

Adaptively Adjusted Gaussian Mixture Models for Surveillance Applications. - Tianci Huang; Xiangzhong Fang; Jingbang Qiu; Takeshi Ikenaga (MMM, 2010)

Structure-based virtual screening of natural products as potential stearoyl-coenzyme a desaturase 1 (SCD1) inhibitors. - Yuzhou Huang; Han-xun Wang; Huibin Wang; Rui Wen 003; Xiaohui Geng; Tianci Huang; JiYue Shi; Xiujun Wang; Jian Wang 019 (Comput. Biol. Chem., 2020)

A globally convergent method to accelerate topology optimization using on-the-fly model reduction. - Masayuki Yano; Tianci Huang; Matthew J. Zahr (CoRR, 2020)

A robust, high-order implicit shock tracking method for simulation of complex, high-speed flows. - Tianci Huang; Matthew J. Zahr (J. Comput. Phys., 2022)

High-order implicit shock tracking boundary conditions for flows with parametrized shocks. - Tianci Huang; Charles J. Naudet; Matthew J. Zahr (J. Comput. Phys., 2023)

An rp-adaptive method for accurate resolution of shock-dominated viscous flow based on implicit shock tracking. - Huijing Dong; Masayuki Yano; Tianci Huang; Matthew J. Zahr (CoRR, 2025)