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Thursday Technical Sessions, 9:00 a.m.

 

On this page:

  • Session 20: Advances in Probe Technology

  • Session 21: RF/High-Speed Testing

  • Session 22: System-level Testing

  • Session 23: Trusted IPs: Access and Computations

 

 

SESSION 20:  Advances in Probe Technology

Kannan Sekar, GLOBALFOUNDRIES (Chair)

Mark Loranger, Form Factor (Firing Line)

Room  MKB1

 

20.1  Potential Paradigm Shift for 3-D Fine-Pitch Test (invited)

Yang  Liu, IBM

 

20.2  Automated Testing of Bare Die-to-Die Stacks

Erik Jan  Marinissen, IMEC

 

20.3  How many probes is enough?

Kevin Tiernan, Texas Instruments

 

RATE SESSION 20

 

 

SESSION 21:  RF/High-Speed Testing

John Carulli, GLOBALFOUNDRIES (Chair)

Gordon Roberts, McGill University (Firing Line)

Room MKB2

 

21.1   Challenges in High-Volume RF, ATE, Production Test

Lenny Leon, Xcerra

 

21.2  A Self-Compensating Built-In Self-Test Solution for RF Phased Array Mismatch

Sule Ozev, Arizona State University

 

21.3 A Comparative Study of One-Shot Statistical Calibration Methods for Analog/RF ICs

Yichuan Lu, University of Texas at Dallas

 

RATE SESSION 21

 

 

SESSION 22: System-level Testing

Masahiro Fujita, University of Tokyo (Chair)

Xinli Gu, Huawei Technologies(Firing Line)

Room MKB3

 

22.1  Hardware In Loop Testing of an Insulin Pump

Presenter: Sriram Karunagaran,  Amrita Vishwa Vidyapeetham University

 

22.2  Using hardware Testing Approaches to Improve Software Testing: Equivalent Mutant Identification (invited)

Presenter:  Jianwei Zhang, University of Southern California

 

22.3 End to End Adaptive Test: From System to Component and Back
Bert Gab, Cisco Systems

 

RATE SESSION 22

 

 

SESSION 23: Trusted IPs: Access and Computations

Ramesh Karri, New York University (Chair)

Room MKB4

 

23.1  FASTrust: Feature Analysis for Third-Party IP Trust Verification

Qiaoyi Liu, Tsinghua University

 

23.2  Secure Design-for-Debug for Systems-on-Chip

Jerry Backer, Polytechnic  School of Engineering, New York University

 

23.3  Extending Residue-based Fault Tolerance to Encrypted Computation

Nektarios Tsoutsos, New York University School of Engineering

 

RATE SESSION 23

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