06 — Deliverables and Milestones

TriadicFrameworks: An Open‑Science Substrate for Regime‑Aware Modeling, Scanning, and Simulation#

Submitted to NASA High Priority Open‑Source Science (HPOSS)#

1. Overview#

This section outlines the concrete deliverables and milestones for the TriadicFrameworks project over the 12‑month performance period. All deliverables will be openly licensed, publicly accessible, versioned, and archived with DOIs to ensure long‑term reproducibility and community benefit.

The project is structured into four phases, each with clearly defined outputs and measurable milestones.

2. Deliverables#

Deliverable 1 — dsrsp/0.1 Specification and Schemas#

• finalized protocol specification
• JSON schemas for input envelopes and regime profiles
• RSM and vST alignment layer documentation
• example input/output files

Deliverable 2 — Reference Implementations#

• open‑source dsrsp/0.1 library
• RSM structural envelope generator
• vST validation block generator
• ILP module reference implementation

Deliverable 3 — Integration and Testing Materials#

• synthetic datasets for testing
• reproducible Jupyter notebooks
• simulation‑based integration examples
• validation workflows for RSM and vST

Deliverable 4 — Documentation and Developer Guides#

• developer documentation for all components
• engine integration guide
• onboarding materials for contributors
• public website or documentation portal

Deliverable 5 — Community Release and Archival#

• versioned public release of all components
• Zenodo‑archived DOIs for specifications, code, and datasets
• virtual workshop or tutorial session
• final project summary and dissemination materials

3. Milestones by Project Phase#

Phase 1 — Protocol Finalization (Months 1–3)#

Milestones:

• M1.1: dsrsp/0.1 draft specification completed
• M1.2: RSM and vST alignment layer defined
• M1.3: schemas and example files published
• M1.4: initial Zenodo archival of protocol components

Phase 2 — Reference Implementations (Months 3–6)#

Milestones:

• M2.1: dsrsp/0.1 library implemented
• M2.2: RSM structural envelope generator completed
• M2.3: vST validation block generator completed
• M2.4: ILP module implemented and tested

Phase 3 — Integration and Testing (Months 6–9)#

Milestones:

• M3.1: dsrsp/0.1 integrated into simulation environment
• M3.2: regime classification workflows validated
• M3.3: synthetic datasets and notebooks published
• M3.4: cross‑component integration tests completed

Phase 4 — Documentation and Community Release (Months 9–12)#

Milestones:

• M4.1: developer documentation completed
• M4.2: integration guides published
• M4.3: public release of TriadicFrameworks v0.1
• M4.4: virtual workshop delivered
• M4.5: final archival of all deliverables with DOIs

4. Completion Criteria#

The project will be considered complete when:

• all deliverables listed above are publicly available,
• all components are versioned and archived with DOIs,
• documentation and integration guides are published,
• reference implementations are functional and tested,
• a community workshop or tutorial has been delivered, and
• a final project summary has been submitted to NASA.

5. Summary#

The deliverables and milestones outlined in this section ensure that TriadicFrameworks will provide a coherent, reproducible, and openly accessible substrate for regime‑aware scientific analysis. The phased structure supports steady progress, transparent development, and a high‑quality public release aligned with NASA’s open‑science mission.