In this paper we present a novel approach for functional verification of programmable devices. The proposed methodology is suited to refine the results obtained by a functional automatic test pattern generator (ATPG). The hard-to-detect faults are examined by exploiting the controllability ability of a high-level ATPG in conjunction with the observability potentiality of software instructions targeted to the programmable device. Generated test programs can be used for both functional verification and at-speed testing
VLIW core processors are becoming more and more interesting for high-end embedded applications, in p...
An innovative approach for functional verification, embedded in a design and verification environmen...
Functional Verification or Logical Simulation is an important phase in Digital Design Flow. It is to...
As the complexity of current hardware systems rises, it is challenging to harden these systems again...
Abstract—As the complexity of current hardware systems rises, it is challenging to harden these syst...
Many high-level fault models have been proposed in the past to perform verification at functional le...
Many high-level fault models have been proposed in the past to perform verification at functional le...
The paper presents a methodology for addressing hard-to-detect faults when a high-level ATPG is appl...
In manufacturing testing, functional tests are known to detect unique defects that structural tests ...
Functional microprocessor test methods provide several advantages compared to DFT app...
Part 3: VerificationInternational audienceNowadays highly competitive market of consumer electronics...
The aim of this paper is to show the effectiveness of a high-level approach to testability analysis ...
The widespread use of hardware/software systems in cost-critical and life-critical applications moti...
Functional verification belongs among the current verification approaches. Functional verification c...
The difficulty of finding correctness of digital circuit design is dependant on the complexity. With...
VLIW core processors are becoming more and more interesting for high-end embedded applications, in p...
An innovative approach for functional verification, embedded in a design and verification environmen...
Functional Verification or Logical Simulation is an important phase in Digital Design Flow. It is to...
As the complexity of current hardware systems rises, it is challenging to harden these systems again...
Abstract—As the complexity of current hardware systems rises, it is challenging to harden these syst...
Many high-level fault models have been proposed in the past to perform verification at functional le...
Many high-level fault models have been proposed in the past to perform verification at functional le...
The paper presents a methodology for addressing hard-to-detect faults when a high-level ATPG is appl...
In manufacturing testing, functional tests are known to detect unique defects that structural tests ...
Functional microprocessor test methods provide several advantages compared to DFT app...
Part 3: VerificationInternational audienceNowadays highly competitive market of consumer electronics...
The aim of this paper is to show the effectiveness of a high-level approach to testability analysis ...
The widespread use of hardware/software systems in cost-critical and life-critical applications moti...
Functional verification belongs among the current verification approaches. Functional verification c...
The difficulty of finding correctness of digital circuit design is dependant on the complexity. With...
VLIW core processors are becoming more and more interesting for high-end embedded applications, in p...
An innovative approach for functional verification, embedded in a design and verification environmen...
Functional Verification or Logical Simulation is an important phase in Digital Design Flow. It is to...