Temperature Sensor Front End in SOI CMOS Operating up to 250°C. - Jerrin Pathrose; Lei Zou; Kevin T. C. Chai; Minkyu Je; Yong Ping Xu (IEEE Trans. Circuits Syst. II Express Briefs, 2014)

A Time-Domain Band-Gap Temperature Sensor in SOI CMOS for High-Temperature Applications. - Jerrin Pathrose; Chengye Liu; Kevin T. C. Chai; Yong Ping Xu (IEEE Trans. Circuits Syst. II Express Briefs, 2015)

A 9-bit successive approximation ADC in SOI CMOS operating up to 300 °C. - Lei Zou; Jerrin Pathrose; Minkyu Je (Int. J. Circuit Theory Appl., 2016)

Applying IJTAG-compatible embedded instruments for lifetime enhancement of analog front-ends of cyber-physical systems. - Hans G. Kerkhoff; Ghazanfar Ali; Jinbo Wan; Ahmed Ibrahim 001; Jerrin Pathrose (VLSI-SoC, 2017)

Enhancing Physical Unclonable Function Robustness Employing Embedded Instruments. - Jerrin Pathrose; Ghazanfar Ali; Hans G. Kerkhoff (APCCAS, 2018)

Design and implementation of a dependable CPSoC for automotive applications. - Ghazanfar Ali; Hassan Ebrahimi; Jerrin Pathrose; Hans G. Kerkhoff (ICPS, 2018)

IJTAG compatible analogue embedded instruments for MPSoC life-time prediction. - Jerrin Pathrose; Ghazanfar Ali; Hans G. Kerkhoff (LATS, 2018)

On-Chip Lifetime Prediction for Dependable Many-Processor SoCs Based on Data Fusion. - Ghazanfar Ali; Jerrin Pathrose; Hans G. Kerkhoff (MCSoC, 2018)

Analog Test Interface for IEEE 1687 Employing Split SAR Architecture to Support Embedded Instrument Dependability Applications. - Jerrin Pathrose; Leon van de Logt; Hans G. Kerkhoff (DFT, 2019)

IJTAG Compatible Timing Monitor with Robust Self-Calibration for Environmental and Aging Variation. - Ghazanfar Ali; Jerrin Pathrose; Hans G. Kerkhoff (ETS, 2019)

IJTAG Compatible Delay-line based Voltage Embedded Instrument with One Clock-cycle Conversion Time. - Ghazanfar Ali; Jerrin Pathrose; Hans G. Kerkhoff (LATS, 2019)