Supported Causes & Social Responsibility¶
This repository and deep learning project boilerplate are built on principles of social responsibility, open science, environmental sustainability, and ethical technology.
🌿 Environmental Sustainability & Green Computing¶
We advocate for sustainable and energy-efficient practices in Artificial Intelligence and Deep Learning research. High-performance GPU clusters carry a tangible carbon footprint. Developers using this boilerplate are strongly encouraged to:
- Energy Monitoring: Track compute power consumption and carbon emissions using open-source tools such as
CodeCarbon. - Compute Efficiency: Utilize mixed-precision training (
fp16/bf16), gradient accumulation, and early stopping to eliminate unnecessary GPU cycles. - Model Selection: Favor lightweight architectures (e.g.
ConvStem, efficient backbones) where appropriate before scaling up to massive parameter models.
🔬 Support Free Science & Open Access¶
We stand in solidarity with students, independent researchers, and scientists worldwide affected by institutional funding constraints or paywalls.
- Open Source First: All code, configurations, and documentation in this boilerplate are released under the open-source MIT license.
- Accessible Research: Scientific knowledge, preprints, datasets, and executable code should be freely accessible to everyone—without financial or geographical barriers.
🤝 Stand Against Discrimination & Racism¶
We stand firmly against all forms of racism, discrimination, harassment, and social inequality.
- Inclusive Community: Open-source science and technology thrive when every researcher can participate safely, equitably, and with dignity regardless of background, ethnicity, gender, or nationality.
- Code of Conduct: We enforce strict standards of mutual respect across all project discussions, issue trackers, and pull requests.
🤖 AI & Agentic Coding Ethics¶
AI pair programming tools (such as Google's Gemini and Antigravity) serve as powerful amplifiers of human productivity, automating complex setup and documentation.
- Human Accountability: Authors and researchers remain fully accountable for code correctness, mathematical proofs, experimental results, and scientific claims.
- Scientific Integrity: AI-assisted code must undergo rigorous peer review, unit testing, and empirical verification against ground truth.