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Welcome to AI-Generative-Electronics, an innovative OPENSOURCE project aimed at revolutionizing the way electronic circuits are designed. Utilizing cutting-edge AI and OSINT (Open Source Intelligence) techniques, this tool is designed to streamline the circuit design process, making it faster and more accessible for engineers, hobbyists, and educational institutions alike.
Our goal is to develop an AI-assisted tool that automates the design of electronic circuits. By collecting comprehensive data on electronic components, such as processors and microcontrollers, our tool leverages natural language processing and machine learning to suggest optimal circuit designs based on user requirements.
- Data Collection: Harness OSINT techniques to aggregate detailed information on electronic components.
- Database Development: Create a scalable database to facilitate quick queries and AI processing.
- AI Model Development: Employ NLP and ML for datasheet interpretation and design logic.
- Interface Design: Develop a user-friendly interface for specifying design requirements and receiving suggestions.
- Integration and Testing: Ensure the tool's reliability and accuracy through rigorous testing.
- OSINT Tools: For data collection from various online sources.
- Database Technologies: SQL/NoSQL for data storage.
- AI and ML Frameworks: TensorFlow, PyTorch, NLTK, spaCy for AI model development.
- Development Frameworks: Flask/Django for web interface.
- Cloud Services: AWS, Google Cloud for hosting and scalability.
- OSINT Phase (1-2 Months)
- Database Setup (1 Month)
- AI Model Development (2-3 Months)
- Interface Development (2 Months)
- Integration and Testing (1-2 Months)
- Launch and Feedback Collection (Ongoing)
- Ensuring data quality and completeness.
- Developing an accurate AI model for circuit design.
- Creating a user-friendly interface.
- Finalize the working proof of concept.
- Integrate the tool into electronics design pipelines.
- Extend the application to assist in sensor development for healthcare systems and more.
We welcome contributions from the community. Whether you're a coder, a designer, or an electronics enthusiast, there's space for you to contribute. Please see our contributing guidelines for more information on getting started.
This project is currently developed under personal accounts and will transition to a company repository in the future. This strategic decision allows us to build and iterate quickly without the immediate need for GitHub memberships.
For updates, follow the repository and stay tuned for the official launch under our company name. Your feedback and contributions are what will make this tool truly revolutionary.
Thank you for being part of this journey to innovate electronics design with AI!