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Patented Technology

Computer Vision

Vision-based structural measurement protected under U.S. Patent 11,461,906. Converting camera imagery into precise engineering data for monitoring, positioning, and inspection. It is used where direct instrumentation is limited by access, survivability, installation constraints, or inspection practicality.

Technology Stack
Computer Vision6-DOF TrackingPatented (US 11,461,906)Video AnalysisSub-mm PrecisionEdge ProcessingROV IntegrationReal-Time Measurement
01

Vision-Based Measurement

Numeric’s computer vision capability is focused on quantitative engineering measurement from video collected in operational environments. It is not positioned as generic image analytics; it is a measurement method for extracting physical information where direct instrumentation is difficult or impractical.

Capabilities
  • Vision-based tracking of structural motion and displacement
  • Use of operational video as a measurement source
  • Alternative or complement to installed physical sensors
  • Suitable for harsh, access-constrained, or survivability-limited environments
  • Measurement-oriented rather than inspection-only workflows
Computer vision measurement system
02

Six-Degree-of-Freedom Motion Tracking

Numeric has developed a patented capability for tracking six degrees of freedom motion of structures in offshore environments. The emphasis is on deriving engineering quantities that can be used for analysis, monitoring, and decision support.

Capabilities
  • Six-degree-of-freedom motion tracking from video
  • Quantitative displacement and alignment measurement
  • Geometric reconstruction using calibrated visual references
  • Multi-degree-of-freedom motion estimation
  • Structurally relevant outputs rather than visual-only interpretation
Computer vision 6-DOF tracking
03

Measurement Without Direct Instrumentation

In some environments, direct instrumentation is limited by installation difficulty, survivability, cost, or maintenance access. Computer vision provides a practical way to recover critical motion and displacement information when conventional sensing is constrained.

Capabilities
  • Indirect measurement where installed sensing is not feasible
  • Reduced dependence on intrusive or hard-to-maintain instrumentation
  • Support for locations where line-of-access and survivability are limiting factors
  • Useful complement to accelerometers, strain gauges, and laser-based methods
  • Better coverage for otherwise hard-to-measure structural behavior
Vision-based measurement in field conditions
04

Integration into Engineering Workflows

Computer vision is most valuable when it becomes part of a broader engineering system. Numeric integrates vision-derived measurements into structural assessment, fatigue workflows, digital twin environments, and operational monitoring systems.

Capabilities
  • Integration with physics-based interpretation and model-based analysis
  • Use of vision-derived data in structural monitoring workflows
  • Support for fatigue assessment and engineering evaluation
  • Compatibility with broader edge, AI, and digital twin environments
  • Structured outputs for decision support and reporting
Related Case Study

Computer Vision Motion Tracking

Patented 6-DOF structural motion tracking via video

View Case Study →

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