Fine-Tuning AI Models: From GPT-3.5 to Custom Domain Expert
Fine-tuned GPT-3.5 for legal document analysis - 70% → 95% accuracy. Complete guide with code, data prep, and evaluation
13 posts
Fine-tuned GPT-3.5 for legal document analysis - 70% → 95% accuracy. Complete guide with code, data prep, and evaluation
Built hybrid recommendation system using collaborative filtering + LLMs. Increased CTR from 5% to 35% and revenue by $2M/year
Exploring Meta's LLaMA open-source language model, including local deployment, fine-tuning, and comparison with proprietary models.
Step-by-step guide to fine-tuning GPT-3.5 for domain-specific tasks, including data preparation, training, and evaluation.
A comprehensive guide to setting up and running Stable Diffusion on your local machine, including hardware requirements, installation steps, and optimization tips.
Exploring OpenAI Codex capabilities for code generation, translation, and explanation across multiple programming languages.
Experimenting with DALL-E for text-to-image generation, exploring its capabilities, limitations, and potential applications.
Built sentiment analysis with BERT - 94% accuracy on customer reviews. Processed 100K reviews/day, identified issues 3 days earlier
Built recommendation engine - increased engagement 35%, revenue +25%, personalized recommendations for 1M users
Deployed ML model to production - 1000 predictions/s, <100ms latency, auto-scaling. Serving 1M predictions/day
Built LSTM forecasting model - 85% accuracy, predicts server load 24h ahead, auto-scaling saves $5K/month
Built NER system for document processing - 92% accuracy, extracts entities from 10K docs/hour, automated data extraction
Upgraded from traditional ML to BERT transformers - accuracy 80% → 95%, handles context better, production-ready