Weekly Seminar

 

Fall 2004

·        Sep 21: Jing

o       Routability and Fault Tolerance of FPGA Interconnect Architectures

·        Sep 28: Marco

o       On The Yield of Compiler-based eSRAMs

·        Oct 5: Marco

o       Testing of Inter-Word Coupling Faults in Word-Oriented SRAMs

·        Oct 12: Hossein

o       Balancing Reliability and Performance in the Memory Hierarchy

·        Oct 19: Mariam

o       Defect Characterization for Scaling of QCA Devices

·        Oct 26: Luca

o       Performance Characterization of Memory System Using Markov Model

 

Summer 2004

·        June 23: Hossein

o       An Analytical Approach for Soft Error Rate Estimation of SRAM-Based FPGAs

·        June 30: Vamsi

o       Memory Architectures for QCA

·        July 7 : Jing

o       QCA Scaling with Bistable Engine and Coherence Vector engine

·        July 14: Luca

o       Test Data Compression

·        July 21: Bhushan

o       Test Generation for Multiple-output Propagation Transition Faults using Boolean Satisfiability

·        July 28: Luca

o       Markov Models of Fault-Tolerant Memory Systems Under SEU

·        August 4: Marco

o       Design of a QCA Memory with Parallel Read/Serial Write

·        August 11: Pedram

o       Programming Language Interface (PLI)

·        August 18: Nirmal

·        August 25: Taruna

 

Spring 2004

·        Pedram Riahi, “Intellectual Property (IP) Core-based System-on-Chip (SoC) testing using Hardware Description Languages' (HDLs) Procedural Language Interface (PLI)”

·        Luca Schiano, "Methodologies and Instrumentation for EMI Induced jitter measurements in an ATE”

·        Huang Jing, "Design and Test of Fault Tolerant Quantum dot Cellular Automata”

·        Mariam Momenzadeh , “Defects and Fault Characterization in Quantum Cellular Automata”

·        Vamsi Vankamamidi, “QCA based Interconnection networks, analysis and timing”

·        Hossein Asadi, “System Level Soft Error Rate Estimation”

·        Bhushan Vaida, Intellectual Property (IP) Core-based System-on-Chip (SoC) testing using Hardware Description Languages' (HDLs) Procedural Language Interface (PLI)