Academic papers
Original thesis and seminar-paper PDFs with their project context.
Open papersMeanyDeany · Quantitative Research Systems
A public quantitative research program spanning financial econometrics, immutable evidence pipelines, and reusable research infrastructure.
Flagship system
The current public research infrastructure turns statistical volatility forecasts into inspectable evidence without crossing into strategy approval or execution.
A deterministic BTCUSDT research pipeline for model fits, hourly forecast states, forward outcomes, immutable provenance, and integrity monitoring.
Model evidence remains descriptive. The system provides no entry permission, short permission, leverage sizing, execution connection, or investment advice.
Research lineage
The program develops through connected questions rather than disconnected project cards. Each stage keeps its original provenance and claim boundary.
GSADF testing established a first discipline: statistical detection must remain separate from market recommendation.
The MSc thesis treated EGARCH as volatility-conditioning context rather than a directional predictor.
The flagship system records model fits, forecast states, forward outcomes, provenance, and integrity review as distinct evidence stages.
The next research direction is reusable validation architecture across assets, with factual scope labels kept separate from operational claims.
Current research scope
These labels describe the public research program's present and planned coverage. They do not report live market, model, server, or execution status.
Research architecture
Each stage has one bounded responsibility, preserving the distinction between factual inputs, model output, later outcomes, and integrity decisions.
Completed observations with explicit source identity
Time-aligned inputs with no silent repair
Narrow statistical specifications and frozen provenance
Descriptive model evidence without permission semantics
Outcomes appended only after the horizon closes
Duplicates, references, freshness, and failure states inspected
Bounded findings
These statements preserve uncertainty and model-role limits. They are research findings, not trading instructions.
EGARCH was studied as a volatility-conditioning layer, not a direction predictor.
Its point estimate exceeded GARCH and GJR-GARCH in a pre-OOS comparison, but the difference was not statistically decisive.
HAR-Jump survived as a defensive risk-context candidate, not an entry signal.
Evidence integrity and operational reliability became part of the research methodology.
Research record
Original thesis and seminar-paper PDFs with their project context.
Open papersTime-respecting construction, narrow model roles, robust comparison, and visible failure states.
Read methodologyResearch correspondence
Correspondence about the public research program, its methodology, or professional applications of auditable quantitative research is welcome.
Public research identity: MeanyDeany