deep-learning-patterns

name	deep-learning-patterns
description	Ecosistema completo de patrones de deep learning — inference optimization, model architectures, training techniques, generation methods
version	1.0.0
author	mastermind

Deep Learning — Patrones y Técnicas

Categorías

Inference-Time Optimization

• Test-Time Scaling (TTC/TTS) — Dynamic compute allocation during inference

  • Subcategories: CoT, Self-Consistency, Best-of-N, Beam Search, MCTS, Self-Correction
  • Verifiers: ORM (outcome) vs PRM (process)
  • Key insight: Performance = f(Parámetros × Datos × Cómputo de Inferencia)
  • See: references/test-time-scaling.md

• Speculative Decoding — Fast autoregressive generation with draft models

• Quantization — FP32 → FP16 → INT8 → INT4 compression

• KV Cache Optimization — PagedAttention, continuous batching

Model Architectures

• Transformers — Standard, Sparse, Longformer, BigBird
• Vision Transformers (ViT) — Patches, hybrid, Swin
• Diffusion Models — U-Net, DiT, Rectified Flow, Consistency Models
• State Space Models — Mamba, S4, Mamba-2
• Mixture of Experts (MoE) — Switch, GShard, Mixtral
• Graph Neural Networks — GNN, GAT, GraphSAGE
• World Models — Generative simulation, Sora, Gen-2

Training Techniques

• Fine-Tuning — Full, LoRA, QLoRA, DoRA, AdaLoRA
• RLHF / RLAIF — PPO, DPO, GRPO, Constitutional AI
• Self-Supervised — Contrastive, Masked, Self-Distillation
• Knowledge Distillation — LLM → small model, cross-modal

Multimodal

• CLIP — Image-text alignment
• Vision-Language Models — LLaVA, BLIP, Flamingo

Usage

When working on a deep learning task:

1. Identify the category (inference, architecture, training, multimodal)
2. Load specific sub-skills with skill_view(name='dl-<specific>')
3. Consult references/ for detailed notes from past sessions
4. Check references/test-time-scaling.md for TTC/TTS comprehensive guide