This paper describes rules to transform Verilog HDL source code in order to propagate X-values on RTL models in a more realistic way, and to check for potential differences of RTL simulation results against expected silicon implementation behavior. By running X-propagation simulations in parallel to usual RTL simulation and debugging, RTL design bugs previously detected in gate-level simulations can be detected earlier now. A prototypical tool automatically implements the proposed transformation rules. Experimental results on two industrial hardware designs validate the usefulness of our approach and justify its application in everyday use
This dissertation shows that the bounded property verification of hardware Register Transfer Level (...
Different fault injection techniques based on simulation have been proposed in the past for function...
SystemC is the de-facto standard language for system-level modeling, architectural exploration, perf...
www.novas.com Conventional register transfer level (RTL) debugging is based on overlaying simulation...
Symbolic simulation is an important technique used informal property verification and test generatio...
This book is both a tutorial and a reference for engineers who use the SystemVerilog Hardware Descri...
Virtual prototyping of embedded systems generally relies on the reuse of already developed component...
To manage design complexity, high-level models are used to evaluate the functionality and performanc...
Simulation of accurate HW models is usually required to verify Embedded SW. However, heterogeneous s...
Abstract. Most hardware verification techniques tend to fall under one of two broad, yet separate ca...
Over the last two decades, chip design has been conducted at the register transfer (RT) Level using ...
International audienceIn this paper a method for generating HDL code from SIGNAL formal specificatio...
While multi-core computing has become pervasive, scaling single core computations to multi-core comp...
Mutation analysis has gained consensus during the last decades as being an efficient technique for m...
Abstract—As the complexity of Very Large Scale Integration (VLSI) is growing, testing becomes tediou...
This dissertation shows that the bounded property verification of hardware Register Transfer Level (...
Different fault injection techniques based on simulation have been proposed in the past for function...
SystemC is the de-facto standard language for system-level modeling, architectural exploration, perf...
www.novas.com Conventional register transfer level (RTL) debugging is based on overlaying simulation...
Symbolic simulation is an important technique used informal property verification and test generatio...
This book is both a tutorial and a reference for engineers who use the SystemVerilog Hardware Descri...
Virtual prototyping of embedded systems generally relies on the reuse of already developed component...
To manage design complexity, high-level models are used to evaluate the functionality and performanc...
Simulation of accurate HW models is usually required to verify Embedded SW. However, heterogeneous s...
Abstract. Most hardware verification techniques tend to fall under one of two broad, yet separate ca...
Over the last two decades, chip design has been conducted at the register transfer (RT) Level using ...
International audienceIn this paper a method for generating HDL code from SIGNAL formal specificatio...
While multi-core computing has become pervasive, scaling single core computations to multi-core comp...
Mutation analysis has gained consensus during the last decades as being an efficient technique for m...
Abstract—As the complexity of Very Large Scale Integration (VLSI) is growing, testing becomes tediou...
This dissertation shows that the bounded property verification of hardware Register Transfer Level (...
Different fault injection techniques based on simulation have been proposed in the past for function...
SystemC is the de-facto standard language for system-level modeling, architectural exploration, perf...