Files
foxhunt/crates/ml
jgrusewski 110d3b4125 chore(ml): delete dead imports, parens, and the unused MappedI32::read
Cleanup of compiler warnings flagged by both local cargo check and the
cluster ensure-binary log. Per `feedback_no_hiding`, every site is
either deleted or wired up — no #[allow] suppressions.

Lib (5 sites):
- gpu_backtest_evaluator.rs:34 — drop unused DevicePtrMut.
- gpu_dqn_trainer.rs:49 — drop unused DevicePtrMut (8 device_ptr_mut
  calls don't need the trait import in current cudarc). Line 19852:
  drop unnecessary parens around `b * sh2`.
- training_loop.rs:20 — drop unused DevicePtrMut; unbrace single-
  symbol use at 5766.
- state_reset_registry.rs:4 — delete the 10-symbol use-block of slot
  constants. Names appear in description strings (documentation only),
  symbols are never referenced.

Examples (3 sites):
- alpha_dqn_h600_smoke.rs:181, 186 — drop COL_RAW_CLOSE, FEAT_DIM,
  FillCoeffs, FillModel imports.
- alpha_baseline.rs:79 — delete unused MappedI32::read. Batched path
  uses read_all for N-element action readback; the single-element
  method was leftover from the pre-batched legacy path.

Lib + examples now have zero removable warnings. The remaining
unsafe_block lints (each cudarc kernel launch needs unsafe) are
structural and not actionable under the project's -W unsafe-code
policy.

Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
2026-05-16 10:20:03 +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;