Abstract—We develop an assertion based verification solution for analog mixed-signal designs. We introduce the halo concept for analog signals to express them with their tolerance and variation values in assertions. The halo of a signal provides a relaxation over the signal and it defines an effective region for that signal which can be used in assertion based verification. Using haloes for analog signals allow us to define a new set of comparison relations between two analog signals including their equivalence. In our intended design flow, these new analog signal operators are placed into the Analog layer of mixed-signal assertion languages as an extension. We present experimental results on a programmable switch and a VCO. I
An extension to a formal verification approach of hybrid systems is proposed to verify analog and mi...
This paper proposes a verification flow for mixed-signal circuits. The presented flow is based on 'b...
In this article, a verification methodology for mixed-signal Circuits is presented that can easily b...
Abstract — Functional and formal verification are im-portant methodologies for complex mixed-signal ...
ISBN 978-1-4673-1261-5International audienceImproving design methodologies for mixed-signal circuits...
The development and use of assertions in the Analog and Mixed-signal (AMS) domain is a subject which...
The development and use of assertions in the Analog and Mixed-signal (AMS) domain is a subject which...
More and more electronic systems have components that are not purely digital. Verification of such s...
Abstract — Analog and Mixed Signal (AMS) designs are im-portant integrated systems that link digital...
In contrast to the large number of logic gates and storage circuits encountered in digital networks,...
This work aims at methods, which are suitable for mixed-signal integrated circuit verification. The ...
In verification of Analog and Mixed-Signal (AMS) designs, considerable efforts are being given now d...
The verification community anticipates the adoption of assertions in the Analog and Mixed-Signal (AM...
Analog and mixed signal (AMS) designs are an important part of embedded systems that link digital de...
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...
This paper proposes a verification flow for mixed-signal circuits. The presented flow is based on 'b...
In this article, a verification methodology for mixed-signal Circuits is presented that can easily b...
Abstract — Functional and formal verification are im-portant methodologies for complex mixed-signal ...
ISBN 978-1-4673-1261-5International audienceImproving design methodologies for mixed-signal circuits...
The development and use of assertions in the Analog and Mixed-signal (AMS) domain is a subject which...
The development and use of assertions in the Analog and Mixed-signal (AMS) domain is a subject which...
More and more electronic systems have components that are not purely digital. Verification of such s...
Abstract — Analog and Mixed Signal (AMS) designs are im-portant integrated systems that link digital...
In contrast to the large number of logic gates and storage circuits encountered in digital networks,...
This work aims at methods, which are suitable for mixed-signal integrated circuit verification. The ...
In verification of Analog and Mixed-Signal (AMS) designs, considerable efforts are being given now d...
The verification community anticipates the adoption of assertions in the Analog and Mixed-Signal (AM...
Analog and mixed signal (AMS) designs are an important part of embedded systems that link digital de...
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...
This paper proposes a verification flow for mixed-signal circuits. The presented flow is based on 'b...
In this article, a verification methodology for mixed-signal Circuits is presented that can easily b...