AI Slop Detector
Article URL: https://github.com/QCK-Framework/QCK_SMART_Fractal-Data-Pruning Comments URL: https://news.ycombinator.com/item?id=47612917 Points: 1 # Comments: 0
QCK: Smart Data Pruning (v001)
A Manifest for Smart Data and Green AI: From Brute-Force Ray Tracing to Preventive Geometric Selection.
As the internet floods with synthetic text, training future foundational models on AI-generated "slop" leads to irreversible Model Collapse. The current paradigm ("Scale is all you need") hits physical limits when algorithms attempt to diagnose hallucination after training using extreme compute power.
The QCK SMART Data Pruning pipeline offers a fundamental paradigm shift: Prevention instead of Diagnosis. Based on the QCK framework, this tool postulates that high-quality, organic information inherently possesses a stable geometric signature—a clear attractor. Instead of training on petabytes of high-dimensional fractal noise, this script prunes the data geometrically before it enters the training pipeline.
🚀 The Mathematical Advantage
Instead of using complex Transformer loops, the QCK Pruner mathematically measures the dimensional roughness (D2) and semantic drift of the text topology in a 768-dimensional space (mpnet-base-v2).
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ACCEPTED (Smart Data): Human thought exhibits a stable organic attractor.
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REJECTED (Fractal Noise / Slop): LLMs exhibit a dangerous "Synthetic Perfection" or high-dimensional semantic jitter.
🌿 Green AI & O(N) Complexity
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Pipeline Speed: Scans and prunes pre-training datasets up to ~30,000x faster than post-training diagnostics.
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Footprint: Filters texts locally on a standard CPU using < 1.5 GB RAM.
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Energy Savings: Reduces energy consumption by > 99.99% compared to a 2500W GPU cluster.
Warning
Prototype Status & Limitations This repository contains a prototype Python engine.
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Usage: Feel free to experiment with the code to evaluate performance, logic, and base capabilities.
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Limitation: This engine is not designed for large batch processing out of the box.
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Scaling: Mass scanning of massive files or entire file systems will fail or bottleneck. Doing so requires a completely different calibration and memory management setup.
⚙️ Installation & Usage (Non-Commercial)
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Install Dependencies: pip install sentence-transformers pandas matplotlib scikit-learn numpy psutil
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Run the Pruner: Place any .txt raw data files into the same directory as the script. python QCK_Fractal_Data_Pruning_v001.py
(Note: On its first run, the script will automatically fetch the necessary vector weights (paraphrase-multilingual-mpnet-base-v2) from HuggingFace).
⚖️ Enterprise & Commercial Licensing
This work is free for academic and non-commercial research only. Any commercial deployment, API integration, or usage by a for-profit corporation requires a paid commercial license. We do not provide technical support.
Commercial Pricing:
Tier Annual Cost Target Output / Usage Limit
Startup €40,000 For training models up to 7 Billion Parameters (Max. 5 Data Scientists)
Mid-Market €100,000 For training models up to 30 Billion Parameters (Max. 20 Data Scientists)
Enterprise €150,000+ Unlimited Parameters / Frontier Models (Full Corp License)
Licensing Process:
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Send a license request to: [email protected]
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We evaluate the request and grant approval.
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Payment is processed via Wire Transfer (Annual Upfront).
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Upon receipt, the commercial license certificate is issued.
For contribution rules and profit-sharing bounties, please read the CONTRIBUTING.md.
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githubtrunk/f2faf682a8e0762f5bf39799ed8b7f1da6f4cb99: inductor: link c10 on Windows cpp wrapper builds (#178976)
Summary Fix a Windows link failure in Inductor C++ wrapper compilation by adding c10 to the libtorch link libraries. Problem With TORCHINDUCTOR_CPP_WRAPPER=1, a targeted inductor repro test failed on Windows during JIT C++ extension linking with: LNK2019 unresolved external symbol c10::detail::torchInternalAssertFail LNK1120 unresolved externals Root Cause The Windows link list in torch._inductor.cpp_builder included torch and torch_cpu (and torch_python in non-AOT mode), but did not include c10, which owns the unresolved symbol. Why Linux Does Not Hit This Linux typically resolves this through shared-object and transitive symbol resolution paths when linking/loading libtorch and related shared libraries. Windows link.exe is stricter for import-library resolution and generally requires the
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