Add to ORKGThis paper presents a new open environment for the design of analog circuits exchanging information from existing tools. The main features of these tools have been extended in CONNAN by means of a netlist analyzer, the interaction with a commercial CAD tool and a transistor model manager that solves some common problems of sizing tools based on electrical simulators. As an initial test CONNAN is applied to the sizing of analog IC based on electrical simulators and simulated annealing algorithms
In this paper, a layout synthesis tool for the design of analog integrated circuits (ICs) is present...
The main objective of this JESSI project was the development of methods and tools for the analog and...
This book applies to the scientific area of electronic design automation (EDA) and addresses the aut...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
We present a new methodology for automatic selection and sizing of analog circuits demonstrated on t...
Today electronics becomes more and more complex and to keep low costs and power consumption, both di...
This paper presents a machine learning powered, procedural sizing methodology based on pre-computed ...
In this paper, a tool based on free software to perform low level optimization on analog designs is ...
It is shown that using simulated annealing in combination with electrical simulation provides a powe...
This paper presents an improvement in usability and integrity of simulation-based analog circuit siz...
The synthesis of large digital integrated circuits is ubiquitous, highly developed, and efficient. D...
The goal of this paper is to present a tool for automatic sizing of analog basic integrated blocks u...
This paper presents a new Procedural Analog Design tool called PAD. It is a chart-based design envir...
With the advent of submicron CMOS process technologies, application of current-voltage model equatio...
This paper presents an algorithm, based on the fixed point iteration, to solve for sizes and biases ...
In this paper, a layout synthesis tool for the design of analog integrated circuits (ICs) is present...
The main objective of this JESSI project was the development of methods and tools for the analog and...
This book applies to the scientific area of electronic design automation (EDA) and addresses the aut...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
We present a new methodology for automatic selection and sizing of analog circuits demonstrated on t...
Today electronics becomes more and more complex and to keep low costs and power consumption, both di...
This paper presents a machine learning powered, procedural sizing methodology based on pre-computed ...
In this paper, a tool based on free software to perform low level optimization on analog designs is ...
It is shown that using simulated annealing in combination with electrical simulation provides a powe...
This paper presents an improvement in usability and integrity of simulation-based analog circuit siz...
The synthesis of large digital integrated circuits is ubiquitous, highly developed, and efficient. D...
The goal of this paper is to present a tool for automatic sizing of analog basic integrated blocks u...
This paper presents a new Procedural Analog Design tool called PAD. It is a chart-based design envir...
With the advent of submicron CMOS process technologies, application of current-voltage model equatio...
This paper presents an algorithm, based on the fixed point iteration, to solve for sizes and biases ...
In this paper, a layout synthesis tool for the design of analog integrated circuits (ICs) is present...
The main objective of this JESSI project was the development of methods and tools for the analog and...
This book applies to the scientific area of electronic design automation (EDA) and addresses the aut...