Deck Spec: 04 Volume Reconstruction Infrastructure

Session

Slide production blocks

  1. Title and systems framing
    • Key message: connectome reconstruction is a full-stack engineering problem.
    • Figure: FIG-SRC-MODULE14_LESSON1-S02-01
  2. High-level architecture
    • Key message: ingest, transform, inference, and serving layers must be explicit.
    • Figure: FIG-SRC-MODULE14_LESSON1-S04-01
  3. Ingest service and data contracts
    • Key message: validation and checksums are mandatory entry gates.
    • Figure: FIG-SRC-MODULE14_LESSON1-S05-01
  4. Workflow/API integration
    • Key message: orchestration and APIs determine operational throughput.
    • Figure: FIG-SRC-MODULE14_LESSON1-S07-01
  5. Processing and downsampling stages
    • Key message: multiresolution storage should serve both proofreading and analysis.
    • Figure: FIG-SRC-MODULE14_LESSON1-S09-01
  6. Service decomposition
    • Key message: modular services improve recoverability and independent scaling.
    • Figure: FIG-SRC-MODULE14_LESSON1-S12-01
  7. Pipeline deep-dive element
    • Key message: stage-level lineage metadata is required for reproducibility.
    • Figure: FIG-SRC-MODULE14_LESSON1-S14-01
  8. System summary
    • Key message: architecture should be reviewed against quality/cost SLOs.
    • Figure: FIG-SRC-MODULE14_LESSON1-S19-01
  9. Storage and analytics context
    • Key message: analytics workloads feed back into pipeline design decisions.
    • Figure: FIG-SRC-MODULE13_LESSON1-S08-01
  10. Operations risk and rollback
    • Key message: every release needs rollback criteria and region-scoped reprocessing.
    • Figure: FIG-SRC-MODULE13_LESSON1-S12-01
  11. Activity instructions
    • Key message: draft one architecture with required lineage fields and rollback path.
  12. Debrief and bridge to Unit 05
    • Key message: infrastructure reliability is a prerequisite for biological interpretation.

Assessment