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Architecture for achieving multiple diversity gain for latency-critical applications.

, , , and . Wireless Days, page 43-45. IEEE, (2017)

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Human-Machine Differentiation in Speed and Separation Monitoring for Improved Efficiency in Human-Robot Collaboration., , , , and . Sensors, 21 (21): 7144 (2021)Performance analysis of an Bluetooth Low Energy sensor system., , and . IDAACS-SWS, page 62-66. IEEE, (2012)Towards Safe Speed and Separation Monitoring in Human-Robot Collaboration with 3D-Time-of-Flight Cameras., , and . IRC, page 197-200. IEEE Computer Society, (2018)Architecture for achieving multiple diversity gain for latency-critical applications., , , and . Wireless Days, page 43-45. IEEE, (2017)A simple and robust architecture for reliable, latency-critical applications within medical operating rooms., , , and . WTS, page 1-4. IEEE, (2017)Time-of-Flight Cameras Enabling Collaborative Robots for Improved Safety in Medical Applications., , , and . Int. J. Interdiscip. Telecommun. Netw., 9 (4): 10-17 (2017)Built-In 360 Degree Separation Monitoring for Grippers on Robotic Manipulators in Human-Robot Collaboration., and . IRC, page 156-160. IEEE, (2020)Multi-robot Range-Only SLAM by Active Sensor Nodes for Urban Search and Rescue., , and . RoboCup, volume 5399 of Lecture Notes in Computer Science, page 318-330. Springer, (2008)Single Pixel Time-of-Flight Sensors for Object Detection and Self-Detection in Three-Sectional Single-Arm Robot Manipulators., , , and . IRC, page 250-253. IEEE, (2019)