371. Best Paper Award für den Beitrag: A Low-Voltage Low-Power CMOS Time-Domain Temperature Sensor Accurate To Within [–0,1; +0:5] °C From –40 °C To 125 °C    

  372. Best Paper Award für den Beitrag: Eine Systemarchitektur für ein integriertes elektrostatisches MEMS-Energy-Harvesting-Modul    

  373. Best Paper Award für den Beitrag: Gradientenbasierte Eigenwertoptimierung zur Frequenzgangkompensation linearer Analogschaltungen    

  374. Best Paper Award für den Beitrag: Knowing Your AMS System’s Limits: System Acceptance Region Exploration by Using Automated Model Refinement and Accelerated Simulation    

  375. Best Paper Award für den Beitrag: Picometer-Scale Positioning of a Linear Drive System via Feedforward-Feedback Control    

  376. Best Paper Award für den Beitrag: Temporal Decoupling with Error-Bounded Predictive Quantum Control    

  377. Best Paper Award goes to IMMS for work on computer-aided verification methods   Novel approach as fresh impetus for the development of Industry 4.0 applications  

  378. Best Paper Award Runner-Up for MEMS-ASIC-Gesamtdesignmethodik   Implemented acceleration sensor to validate the novel method  

  379. Best Paper Award Runner-Up für den Beitrag: Systematic MEMS ASIC Design Flow using the Example of an Acceleration Sensor    

  380. Best paper nomination at the European Microwave Conference 2013   Nürnberg/Ilmenau, 16/10/2013. At the European Microwave Conference 2013 in Nürnberg, Germany, the presented work on the „Impact of Polarization Impurity on Compact Antenna Array Receiver for Satellite Navigation Systems“ was nominated for the Best Paper Award. The topic was part of the three-year research project “KOMPASSION”, which ended on 30/09/2013. Project In this project, the German Aerospace Centre, Ilmenau University of Technology, RWTH Aachen, and IMMS were working on new designs, technology and algorithms to make the adaptive group antennas needed for satnav interference mitigation…