Multi-Core Parallel Processing for Sensor Fusion Architecture

# Q&A Changes Summary **New Questions Added:** - Q1 now contains 5 sub-questions covering: facility clearance requirements for uncleared small businesses, weighting of tactical-aircraft experience vs. architecture quality, serial baseline expectations, prescriptive nature of task decomposition (spatial alignment, temporal correlation, attribute fusion), and proof of track integrity in simulation. **Key Clarifications:** - Facility clearance: Uncleared small businesses with credible sponsorship path are viable offerors; current clearance not required at award. - Baseline: Establishing the serial baseline is part of Phase I work (not pre-provided). - Task decomposition: The named sub-tasks are examples, not prescriptive requirements. - Track integrity proof: Simulation-based evidence of no fused track data loss is acceptable for Phase I. **Renumbered:** Previous Q6 (synthetic data availability) is now Q7; all other Q&As shifted accordingly but with no substantive answer changes.

**Q&A Updates:** Five previously unanswered questions now have government responses: - **Q1 (Data Sources):** Recommends 2-3 sensors for Phase I - **Q2 (New Work):** Confirmed government has not begun this work - **Q3 (Latency):** No set minimum latency standard required - **Q4 (Determinism):** Asynchronous track-state reconciliation acceptable if minimal data/correlation loss - **Q5 (7 sub-questions):** Performers may use synthetic multimodal scenarios, desktop computers for modeling, off-the-shelf hardware (CPU/GPU/FPGA), and representative baselines for Phase I proof-of-concept; success measured by latency/throughput/track loss/correlation accuracy comparison; Phase II hardware-in-the-loop simulation testing under review **Q6 remains unanswered** regarding synthetic CCA mission data availability.

Added 5 new Q&As (Q1-Q5) covering: minimum data sources, government prior work, latency standards, deterministic vs. asynchronous fusion requirements, and Phase I testing parameters (scenario flexibility, baseline approach, success criteria, hardware options, processor selection, test data). Q6 restates original Q1 on synthetic data availability.

Status changed from Pre-Release to Open

Applicants need to clarify whether they'll receive representative CCA mission data or must develop their own synthetic dataset for Phase I feasibility demonstrations, which affects project planning and resource allocation.

New opportunity: Multi-Core Parallel Processing for Sensor Fusion Architecture