Files
foxhunt/crates/ml
jgrusewski 6289710463 merge(sp20): restore is_win_per_env across struct/launcher/registry after Phase 3 cherry-pick
Cherry-picking Phase 3 (a8731dda4 + 84929f419) onto Phase 2 fix tip
(13ce78385) with --strategy-option=theirs dropped is_win_per_env arg + field
+ registration the wr_ema fix added. Manual restoration:

- experience_kernels.cu: re-added is_win_per_env arg to experience_env_step
- gpu_experience_collector.rs: re-added struct field, alloc, ctor entry, launcher arg
- state_reset_registry.rs: re-added FoldReset RegistryEntry
- training_loop.rs: re-added named-reset dispatch arm
- docs/dqn-wire-up-audit.md: documented the merge restoration

Test sp20_is_win_per_env_registered_fold_reset passes. Workspace + examples
compile clean. wr_ema runtime mystery (fix wired, but production still
shows wr_ema=0) unchanged — debug per 13ce78385 scaffold pending.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-05-10 09:05:46 +02:00
..

ml

10-model ML ensemble for the Foxhunt HFT system, built on Candle v0.9.1.

Models

  • DQN (Rainbow) — deep Q-network with prioritized replay, dueling heads, noisy nets
  • PPO — proximal policy optimization with GAE, LSTM policies, clip-higher
  • TFT — temporal fusion transformer for multi-horizon forecasting
  • Mamba2 — state space model for sequence prediction
  • Liquid Networks — biologically inspired networks for non-stationary data
  • TLOB — transformer-based limit order book analysis
  • KAN — Kolmogorov-Arnold networks
  • xLSTM — extended LSTM architecture
  • TGGN — temporal graph neural network
  • Diffusion — diffusion-based generative model

Key Modules

  • ensemble — model ensemble coordination and confidence aggregation
  • hyperopt — PSO-based hyperparameter optimization with per-model adapters
  • trainers — unified training loops (DQN, PPO, supervised)
  • inferenceInferenceAdapter trait for prediction
  • checkpoint — model checkpointing and restoration
  • evaluation — walk-forward evaluation pipeline

Usage

use ml::dqn::DQN;
use ml::ppo::PpoTrainer;