Endorys Matrix
A proposed conformal sensing interface that accounts for contact quality, coupling and sensor geometry.
Proposed architectureAn integrated approach
to acoustic measurement.
The proposed architecture connects the sensing interface, acoustic acquisition and external analysis, with measurement conditions treated as essential context.
Controlled acquisition
Controlled acoustic excitation and response capture, supported by traceable acquisition metadata.
Proposed architectureEndorys Insight
Signal analysis and reconstruction research, with explicit calibration requirements and uncertainty.
Synthetic software examplesTHE ENGINEERING QUESTIONDistinguish sample response
Distinguish sample response
from measurement conditions.
Contact pressure, acoustic coupling, sensor position and acquisition settings can influence the recorded signal. Endorys investigates how these factors can be characterized and controlled to support repeatable measurements of sample response.
Force, motion, bioimpedance, temperature and optical sensing are candidate additions. Each modality requires appropriate calibration, spatial registration, interference assessment and evidence that it contributes information beyond the acoustic measurement.
A conventional acoustic reference is the first validation step. The integrated matrix and any incremental measurement benefit remain to be demonstrated.
Read the research architecture ↗EXPLORE THE FULL VISION
The platform vision.
View the proposed platform configuration
RESEARCH COLLABORATION
Discuss a collaboration Contribute to the next experiment.
We invite independent review of the acoustic phantom protocol, with particular attention to coupling, geometry and measurement uncertainty.