Design verification has become a bottleneck of modern designs. Recently, simulation-based random verification has attracted a lot of interests due to its effectiveness in uncovering obscure bugs. Designers are often required to provide the input probabilities while conducting the random verification. However, it is extremely difficult for designers to provide accurate input probabilities. In this paper, we propose an iterative algorithm that derives good input probabilities so that the design intent can be exercised effectively for functional verification. We conduct extensive experiments on both benchmark circuit and industrial designs. The experimental results are very promising. 1
Random pattern testing methods are known to result in poor fault coverage for most sequential circui...
Constraining and input biasing are frequently used techniques in functional verification methodologi...
Verification of microprocessors is a vital phase in their development. It takes majority of time and...
[[abstract]]Design verification has become a bottleneck of modern designs. Recently, simulation-base...
Digital integrated circuits play an important role in the development of new information technologie...
Functional Verification is considered to be a major bottleneck in the hardware design cycle. One of ...
Functional verification continues to be one of the most time-consuming steps in the chip design cycl...
Abstract. Constrained random simulation based verification (CRV) becomes an important means of verif...
Abstract—As the complexity of current hardware systems rises, it is challenging to harden these syst...
Constrained-random simulation is the predominant ap-proach used in the industry for functional verif...
As the complexity of current hardware systems rises, it is challenging to harden these systems again...
Simulation-based verification continues to be the primary technique for hardware verification due to...
Modern Integrated Circuit (IC) design is characterized by a strong trend of Intellectual Property (I...
Constrained random simulation is a widespread technique used to perform functional verification on c...
The functional verification process is one of the most expensive steps in integrated circuit manufac...
Random pattern testing methods are known to result in poor fault coverage for most sequential circui...
Constraining and input biasing are frequently used techniques in functional verification methodologi...
Verification of microprocessors is a vital phase in their development. It takes majority of time and...
[[abstract]]Design verification has become a bottleneck of modern designs. Recently, simulation-base...
Digital integrated circuits play an important role in the development of new information technologie...
Functional Verification is considered to be a major bottleneck in the hardware design cycle. One of ...
Functional verification continues to be one of the most time-consuming steps in the chip design cycl...
Abstract. Constrained random simulation based verification (CRV) becomes an important means of verif...
Abstract—As the complexity of current hardware systems rises, it is challenging to harden these syst...
Constrained-random simulation is the predominant ap-proach used in the industry for functional verif...
As the complexity of current hardware systems rises, it is challenging to harden these systems again...
Simulation-based verification continues to be the primary technique for hardware verification due to...
Modern Integrated Circuit (IC) design is characterized by a strong trend of Intellectual Property (I...
Constrained random simulation is a widespread technique used to perform functional verification on c...
The functional verification process is one of the most expensive steps in integrated circuit manufac...
Random pattern testing methods are known to result in poor fault coverage for most sequential circui...
Constraining and input biasing are frequently used techniques in functional verification methodologi...
Verification of microprocessors is a vital phase in their development. It takes majority of time and...