International audienceThis paper presents a methodology for the synthesis of high performance analog circuits. Layout parasitics are estimated and compensated during circuit sizing. Physical layout constraints are thus taken into consideration early in the design. This approach shortens the overall design time by avoiding laborious sizing-layout iterations. The approach has been implemented using two knowledge-based tools dedicated to analog circuit sizing and layout generation. An example of a high performance OTA is presented to illustrate the effectiveness of the approach
In order to speed up the design process of analog ICs, iterations between different design stages sh...
We present a new methodology for automatic selection and sizing of analog circuits demonstrated on t...
In this paper, a novel analog layout synthesis tool is presented. It is focused on two common analog...
A methodology for the automatic synthesis of full-custom IC layout with analog constraints is presen...
International audienceAnalog design automation has been considered as a holy grail for the last few ...
Layout generation remains a critical bottleneck in analog circuit design. It is especially distracti...
In this paper, a layout synthesis tool for the design of analog integrated circuits (ICs) is present...
The traditional iterative design flows for analog integrated circuit synthesis, which can help meet ...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
Physical analog IC design has not been automated to the same degree as digital IC design. This shor...
This paper describes a method for incorporating layout parameters to better meet performance contrai...
New placement techniques are presented which substantially improve the process of automatic layout g...
A synthesis environment for analog integrated circuits is presented that is able to drastically Incr...
An analog circuit has great requirements of constraints on circuit and layout optimization for the p...
The synthesis of large digital integrated circuits is ubiquitous, highly developed, and efficient. D...
In order to speed up the design process of analog ICs, iterations between different design stages sh...
We present a new methodology for automatic selection and sizing of analog circuits demonstrated on t...
In this paper, a novel analog layout synthesis tool is presented. It is focused on two common analog...
A methodology for the automatic synthesis of full-custom IC layout with analog constraints is presen...
International audienceAnalog design automation has been considered as a holy grail for the last few ...
Layout generation remains a critical bottleneck in analog circuit design. It is especially distracti...
In this paper, a layout synthesis tool for the design of analog integrated circuits (ICs) is present...
The traditional iterative design flows for analog integrated circuit synthesis, which can help meet ...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
Physical analog IC design has not been automated to the same degree as digital IC design. This shor...
This paper describes a method for incorporating layout parameters to better meet performance contrai...
New placement techniques are presented which substantially improve the process of automatic layout g...
A synthesis environment for analog integrated circuits is presented that is able to drastically Incr...
An analog circuit has great requirements of constraints on circuit and layout optimization for the p...
The synthesis of large digital integrated circuits is ubiquitous, highly developed, and efficient. D...
In order to speed up the design process of analog ICs, iterations between different design stages sh...
We present a new methodology for automatic selection and sizing of analog circuits demonstrated on t...
In this paper, a novel analog layout synthesis tool is presented. It is focused on two common analog...