As digital imagers grow in pixel count and area, the ability to correct for pixel defects becomes more important. A fault tolerant Active Pixel Sensor (APS) has previously been de...
Cory Jung, Mohammad Hadi Izadi, Michelle L. La Hay...
Solid-state image sensors develop in-field defects in all common environments. Experiments have demonstrated the growth of significant quantities of hot-pixel defects that degrade...
Jozsef Dudas, Michelle L. La Haye, Jenny Leung, Gl...
A Fault Tolerant Active Pixel Sensor (FTAPS) has been designed and fabricated to correct for point defects that occur in CMOS image sensors both at manufacturing and over the life...
Michelle L. La Haye, Cory Jung, David Chen, Glenn ...
Reliability and manufacturing costs due to defects is a significant problem with image sensors and the ability to recover from a fault would alleviate some of these costs. A fault...
Michelle L. La Haye, Glenn H. Chapman, Cory Jung, ...
The implementation of imaging arrays for System-On-a-Chip (SOC) is aided by using faulttolerant light sensors. Fault-tolerant redundancy in an Active Pixel Sensor (APS) is obtaine...
Sunjaya Djaja, Glenn H. Chapman, Desmond Y. H. Che...