AbstractIn this article, a verification methodology for mixed-signal circuits is presented that can easily be integrated into industrial design flows. The proposed verification methodology is based on formal verification methods. A VHDL behavioral description of a mixed-signal circuit is transformed into a discrete model and then verified using well-established tools from formal digital verification. Using the presented methodology, a much higher coverage of the functionality of a mixed-signal circuit can be achieved than with simulation based verification methods. The approach has already been successfully applied to industrial mixed-signal circuits
In contrast to the large number of logic gates and storage circuits encountered in digital networks,...
Journal ArticleAbstract- This paper presents a Boolean based symbolic model checking algorithm for ...
The conventional approach to validate the analog and mixed signal designs utilizes extensive SPICE-l...
In this article, a verification methodology for mixed-signal Circuits is presented that can easily b...
AbstractIn this article, a verification methodology for mixed-signal circuits is presented that can ...
This paper proposes a verification flow for mixed-signal circuits. The presented flow is based on 'b...
Analog and mixed signal (AMS) designs are an important part of embedded systems that link digital de...
More and more electronic systems have components that are not purely digital. Verification of such s...
In this work, an approach to the "verification-oriented" modeling of the analog parts' behavior of m...
With increasing demand of performance constraints and the ever reducing size of the IC chips, analog...
An extension to a formal verification approach of hybrid systems is proposed to verify analog and mi...
An extension to a formal verification approach of hybrid systems is proposed to verify analog and mi...
Embedded systems are becoming a core technology in a growing range of electronic devices. Cornerston...
Abstract — Functional and formal verification are im-portant methodologies for complex mixed-signal ...
As CMOS technologies continuously scale down, designing robust analog and mixed-signal (AMS) circuit...
In contrast to the large number of logic gates and storage circuits encountered in digital networks,...
Journal ArticleAbstract- This paper presents a Boolean based symbolic model checking algorithm for ...
The conventional approach to validate the analog and mixed signal designs utilizes extensive SPICE-l...
In this article, a verification methodology for mixed-signal Circuits is presented that can easily b...
AbstractIn this article, a verification methodology for mixed-signal circuits is presented that can ...
This paper proposes a verification flow for mixed-signal circuits. The presented flow is based on 'b...
Analog and mixed signal (AMS) designs are an important part of embedded systems that link digital de...
More and more electronic systems have components that are not purely digital. Verification of such s...
In this work, an approach to the "verification-oriented" modeling of the analog parts' behavior of m...
With increasing demand of performance constraints and the ever reducing size of the IC chips, analog...
An extension to a formal verification approach of hybrid systems is proposed to verify analog and mi...
An extension to a formal verification approach of hybrid systems is proposed to verify analog and mi...
Embedded systems are becoming a core technology in a growing range of electronic devices. Cornerston...
Abstract — Functional and formal verification are im-portant methodologies for complex mixed-signal ...
As CMOS technologies continuously scale down, designing robust analog and mixed-signal (AMS) circuit...
In contrast to the large number of logic gates and storage circuits encountered in digital networks,...
Journal ArticleAbstract- This paper presents a Boolean based symbolic model checking algorithm for ...
The conventional approach to validate the analog and mixed signal designs utilizes extensive SPICE-l...