Observe locally
Each node contributes RF observations from its position within the environment.
Perception,
built into place.
A network of RF perception nodes turns separate observation points into a shared resource for a physical environment.
Different positions.
Complementary evidence.
No observation contains the whole picture. Spatially distributed nodes contribute different views of a region, creating opportunities to resolve ambiguity and maintain context between neighbouring areas.
Establish relationships
Coordination and calibration help observations from different nodes remain meaningful together.
Combine spatially
Processing connects the available evidence across regions, retaining its origin and uncertainty.
The place shapes
the deployment.
A corridor, industrial site and complex public space have different geometries and observation needs. The architecture is intended to accommodate those differences rather than assume one universal sensing arrangement.
Coverage as a relationship
Overlapping observation regions provide shared evidence. Their value depends on the physical environment and the reconstruction task.
Processing as a system
Local and wider processing can contribute to a common spatial view. Application interfaces make that information available to consuming systems.
The infrastructure carries the burden of observation.
Applications work with the resulting context.
A wider view
for mobility.
See how environmental perception could complement a vehicle’s own sensors.