DAC 2025 Repository for "Analytical Optimization for Robust and Efficient Analog IC Design Automation" Software, Scripts, Results, and Images
For questions or comments e-mail alecadair1@gmail.com
ROAR (Robust Optimal and Analog Reuse) - Turku, Finland 2024
This repository contains the implementation of the Robust and Efficient Analog IC Design Automation framework described in the paper under review, "Analytical Optimization for Robust and Efficient Analog IC Design Automation". The repository includes the tools to run the code, generate figures, and reproduce results presented in the paper.
Code Intended to run with Centos/Rocky/Redhat and Ubuntu operating systems tcsh or csh based shell should be used to run setups and installation
To run this software, ensure the following prerequisites are met:
-
Python 3.x is installed with the following libraries:
matplotlibpandasnumpy- Standard Python libraries:
os,sys,math,getpass,shutil,operator,collections,copy,re
-
A Make utility is installed on your system.
-
You must use either the
cshortcshshell to execute the commands.
-
Clone or download the repository:
git clone https://github.com/alecadair/DAC2025_ROAR.git cd DAC2025_ROAR -
Run
Makeat the top level of the repository:make
This will generate a file called
roar_env.csh. -
Source the
roar_env.cshfile to set up all necessary environment variables:source roar_env.csh
The repository includes an example design of a 8 Transistor N-Input Current Mirror OTA, as described in the paper. To run this example:
-
Navigate to the
designdirectory:cd design -
Run the script
cm_ota.pyusing Python:python3 cm_ota.py
- The scripts will automatically generate the figures and results presented in the paper.
- Ensure all environmental variables are correctly set by sourcing
roar_env.cshbefore running any scripts.
Feel free to submit issues or pull requests to enhance the functionality or documentation of this repository.
This project is licensed under the terms specified in the repository's LICENSE file.