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Jerrin Pathrose
Publication Activity (10 Years)
Years Active: 2014-2019
Publications (10 Years): 10
Top Topics
Silicon On Insulator
Processor Core
Successive Approximation
Heat Flow
Top Venues
LATS
IEEE Trans. Circuits Syst. II Express Briefs
ICPS
APCCAS
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Publications
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Ghazanfar Ali
,
Jerrin Pathrose
,
Hans G. Kerkhoff
IJTAG Compatible Delay-line based Voltage Embedded Instrument with One Clock-cycle Conversion Time.
LATS
(2019)
Ghazanfar Ali
,
Jerrin Pathrose
,
Hans G. Kerkhoff
IJTAG Compatible Timing Monitor with Robust Self-Calibration for Environmental and Aging Variation.
ETS
(2019)
Jerrin Pathrose
,
Leon van de Logt
,
Hans G. Kerkhoff
Analog Test Interface for IEEE 1687 Employing Split SAR Architecture to Support Embedded Instrument Dependability Applications.
DFT
(2019)
Jerrin Pathrose
,
Ghazanfar Ali
,
Hans G. Kerkhoff
IJTAG compatible analogue embedded instruments for MPSoC life-time prediction.
LATS
(2018)
Jerrin Pathrose
,
Ghazanfar Ali
,
Hans G. Kerkhoff
Enhancing Physical Unclonable Function Robustness Employing Embedded Instruments.
APCCAS
(2018)
Ghazanfar Ali
,
Jerrin Pathrose
,
Hans G. Kerkhoff
On-Chip Lifetime Prediction for Dependable Many-Processor SoCs Based on Data Fusion.
MCSoC
(2018)
Ghazanfar Ali
,
Hassan Ebrahimi
,
Jerrin Pathrose
,
Hans G. Kerkhoff
Design and implementation of a dependable CPSoC for automotive applications.
ICPS
(2018)
Hans G. Kerkhoff
,
Ghazanfar Ali
,
Jinbo Wan
,
Ahmed Ibrahim
,
Jerrin Pathrose
Applying IJTAG-compatible embedded instruments for lifetime enhancement of analog front-ends of cyber-physical systems.
VLSI-SoC
(2017)
Lei Zou
,
Jerrin Pathrose
,
Minkyu Je
A 9-bit successive approximation ADC in SOI CMOS operating up to 300 °C.
Int. J. Circuit Theory Appl.
44 (2) (2016)
Jerrin Pathrose
,
Chengye Liu
,
Kevin T. C. Chai
,
Yong Ping Xu
A Time-Domain Band-Gap Temperature Sensor in SOI CMOS for High-Temperature Applications.
IEEE Trans. Circuits Syst. II Express Briefs
(5) (2015)
Jerrin Pathrose
,
Lei Zou
,
Kevin T. C. Chai
,
Minkyu Je
,
Yong Ping Xu
Temperature Sensor Front End in SOI CMOS Operating up to 250°C.
IEEE Trans. Circuits Syst. II Express Briefs
(7) (2014)