Robust dynamic measurements in harsh industrial environments. MIP: Zumbach Electronics AG

• Research unit: INNOSUISSE
• Project number: 17230.1 PFIW-IW

Short description (German)

Robust dynamic measurements in harsh industrial environments

Short description (English)

Robust dynamic measurements in harsh industrial environments. MIP: Zumbach Electronics AG

Abstract (German)

While most measurement schemes work well under lab conditions, they show significant problems when|used in harsh industrial environments, where the device under test is often moving, vibrating or even|jumping inside of the measurement device. The goal of this project is to use sound estimation theory to|frame and solve the above measurement problem as an estimation problem. Using this powerful|mathematical approach, it will be possible to explicitly use models for the disturbances and hence find|more robust results under harsh industrial conditions.

Abstract (English)

While most measurement schemes work well under lab conditions, they show significant problems when|used in harsh industrial environments, where the device under test is often moving, vibrating or even|jumping inside of the measurement device. The goal of this project is to use sound estimation theory to|frame and solve the above measurement problem as an estimation problem. Using this powerful|mathematical approach, it will be possible to explicitly use models for the disturbances and hence find|more robust results under harsh industrial conditions.