Exploring the frontier of machine perception and quantitative reasoning.
Pretraining large transformer architectures on heterogeneous financial time-series data. Investigating whether scale alone can capture regime shifts, volatility clustering, and cross-asset dependencies without explicit feature engineering.
TransformersFinancePretrainingMultivariate point process models with neural kernel functions, applied to tick-level order book data. The goal: disentangle cause from correlation in high-frequency price formation.
Point ProcessesHFTCausalStandard OPE breaks when the data-generating process drifts. We propose a sliding-window importance sampling estimator with regret guarantees under bounded distribution shift.
RLCausal InferenceNon-StationarityRust-core with Python bindings. Handles 100M+ ticks/day with sub-millisecond aggregation. DuckDB backend for OLAP queries.
RustPythonDuckDBUnsupervised regime classification using statistical features. No look-ahead. Works on any OHLCV feed.
ClusteringHMMStatsAll systems operational
Training cluster: idle | Data pipeline: streaming | Inference API: 12ms p99