IMMS - Search

About us

481. Regulations

Regulations: Here you can find out more on topics such as good scientific practice, equality, public procurement and public corporate governance.

Reference

482. Regional Growth Core HIPS

ANSYS simulation of MEMS structures for a model library to design novel multisensor applications. Photograph: IMMS.

Design library, simulations and evaluation circuits for the development of novel, robust and compact SiCer sensors

Reference

483. Reducing the positioning uncertainty of a linear direct drive system with 200 mm travel range

Reference

484. Reducing the positioning uncertainty of a linear direct drive system with 200 mm travel range

Reference

485. Realworld 3D Object Recognition Using a 3D Extension of the HOG Descriptor and a Depth Camera

Cristian Vilar Giménez, Silvia Krug, Mattias O’Nils, 2021 Sensors

Reference

486. Realisierung eines PDICs für 12fach Blu-ray-Disc-RW Laufwerke mit Hilfe neuartiger effizienter Entwurfsmethodiken

Reference

487. Realisierbarkeit eines tragbaren Erfassungssystems fur leitungsgebundene Störströme in Industrieanlagen

Reference

488. Real-Time Optimal Parameter Recommendation for Injection Molding Machines Using AI with Limited Dataset

Bipasha Roy, Silvia Krug, Tino Hutschenreuther, 2026 AI

Research field

489. Real-time data processing and communications

Radio module with OpenWSN operating system for implementing network communication. In the fast-realtime project, we researched basic principles to make distributed sensor-actuator systems fit for real-time applications. Photograph: IMMS.

Core topic Real-time data processing and communications in our Smart distributed measurement and test systems research field: New hardware is usually not supported by operating systems for real-time tasks. We are researching which operating system can be implemented in which way for which real-time application and the hardware required there.

Reference

490. Real-time applications with Linux - quantitative comparsion of different approaches using the example of Industrial Ethernet real-time communication with an ARM9 platform