A peripheral switchable 3D stacked CMOS image sensor. - Charles Chih-Min Liu; Chin-Hao Chang; Honyih Tu; Calvin Yi-Ping Chao; Fu-Lung Hsueh; Szu-Ying Chen; Vincent Hsu; Jen-Cheng Liu; Dun-Nien Yaung; Shou-Gwo Wuu (VLSIC, 2014)

Detailed-Routability-Driven Analytical Placement for Mixed-Size Designs with Technology and Region Constraints. - Chau-Chin Huang; Hsin-Ying Lee; Bo-Qiao Lin; Sheng-Wei Yang; Chin-Hao Chang; Szu-To Chen; Yao-Wen Chang (ICCAD, 2015)

Circular-contour-based obstacle-aware macro placement. - Chien-Hsiung Chiou; Chin-Hao Chang; Szu-To Chen; Yao-Wen Chang (ASP-DAC, 2016)

6.8 A 1.5V 33Mpixel 3D-stacked CMOS image sensor with negative substrate bias. - Charles Chih-Min Liu; Manoj M. Mhala; Chin-Hao Chang; Honyih Tu; Po-Sheng Chou; Calvin Chao; Fu-Lung Hsueh (ISSCC, 2016)

A novel damped-wave framework for macro placement. - Chin-Hao Chang; Yao-Wen Chang; Tung-Chieh Chen (ICCAD, 2017)

A 1.1μm-Pitch 13.5Mpixel 3D-stacked CMOS image sensor featuring 230fps full-high-definition and 514fps high-definition videos by reading 2 or 3 rows simultaneously using a column-switching matrix. - Po-Sheng Chou; Chin-Hao Chang; Manoj M. Mhala; Charles Chih-Min Liu; Calvin Yi-Ping Chao; Chiao-Yi Huang; Honyih Tu; Thomas Meng-Hsiu Wu; Shang-Fu Yeh; Seiji Takahashi; Yi-Min Huang (ISSCC, 2018)

NTUplace4dr: A Detailed-Routing-Driven Placer for Mixed-Size Circuit Designs With Technology and Region Constraints. - Chau-Chin Huang; Hsin-Ying Lee; Bo-Qiao Lin; Sheng-Wei Yang; Chin-Hao Chang; Szu-To Chen; Yao-Wen Chang; Tung-Chieh Chen; Ismail Bustany (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2018)

A 50K devices/sec Real-Time RTN Analysis System for Technology Benchmarking. - Chin-Hao Chang; Meng-Hsiu Wu; Meng-Hsien Tsai; Chiao-Yi Huang; Calvin Yi-Ping Chao (ICICDT, 2021)

Random Telegraph Noise Degradation Caused by Hot Carrier Injection in a 0.8 μm-Pitch 8.3Mpixel Stacked CMOS Image Sensor. - Calvin Yi-Ping Chao; Thomas Meng-Hsiu Wu; Shang-Fu Yeh; Chih-Lin Lee; Honyih Tu; Joey Chiao-Yi Huang; Chin-Hao Chang (Sensors, 2023)