1 T. H. Ngo, "Wideband receiver for a threedimensional ranging LADAR system" 60 : 448-456, 2013
2 T. H. Jin, "Time-of-Arrival Measurement Using Adaptive CMOS IR-UWB Range Finder with Scalable Resolution" 63 (63): 1605-1615, 2016
3 N. Ali, "Risk assessment of wandering behavior in mild dementia" 31 : 371-378, 2016
4 Y. Kim, "Novel Chest Compression Depth Measurement Sensor Using IR-UWB for Improving Quality of Cardiopulmonary Resuscitation" 17 (17): 3174-3183, 2017
5 M. -J. Lee, "First CMOS silicon avalanche photodetectors with over 10-GHz bandwidth" 28 (28): 276-279, 2016
6 J. Han, "A low-power gigabit CMOS limiting amplifier using negative impedance compensation and its application" 20 (20): 393-399, 2011
7 X. Wang, "A low walk error analog front-end circuit with intensity compensation for direct ToF LiDAR" 67 : 4309-4321, 2020
8 H. Zheng, "A linear-array receiver analog frontend circuit for rotating scanner LiDAR application" 19 : 5053-5061, 2019
9 C. Hermans, "A high-speed 850-nm optical receiver front-end in 0.18-μm CMOS" 41 (41): 1606-1614, 2006
10 C. Hong, "A Linear-Mode LiDAR Sensor Using a Multi-Channel CMOS Transimpedance Amplifier Array" 18 (18): 7032-7040, 2018
1 T. H. Ngo, "Wideband receiver for a threedimensional ranging LADAR system" 60 : 448-456, 2013
2 T. H. Jin, "Time-of-Arrival Measurement Using Adaptive CMOS IR-UWB Range Finder with Scalable Resolution" 63 (63): 1605-1615, 2016
3 N. Ali, "Risk assessment of wandering behavior in mild dementia" 31 : 371-378, 2016
4 Y. Kim, "Novel Chest Compression Depth Measurement Sensor Using IR-UWB for Improving Quality of Cardiopulmonary Resuscitation" 17 (17): 3174-3183, 2017
5 M. -J. Lee, "First CMOS silicon avalanche photodetectors with over 10-GHz bandwidth" 28 (28): 276-279, 2016
6 J. Han, "A low-power gigabit CMOS limiting amplifier using negative impedance compensation and its application" 20 (20): 393-399, 2011
7 X. Wang, "A low walk error analog front-end circuit with intensity compensation for direct ToF LiDAR" 67 : 4309-4321, 2020
8 H. Zheng, "A linear-array receiver analog frontend circuit for rotating scanner LiDAR application" 19 : 5053-5061, 2019
9 C. Hermans, "A high-speed 850-nm optical receiver front-end in 0.18-μm CMOS" 41 (41): 1606-1614, 2006
10 C. Hong, "A Linear-Mode LiDAR Sensor Using a Multi-Channel CMOS Transimpedance Amplifier Array" 18 (18): 7032-7040, 2018
11 C. Niclass, "A 0.18-um CMOS SoC for a 100-mRange 10-Frames/s 200x96-pixel Time-of-Flight Depth Sensor" 49 (49): 315-330, 2014