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ESYCOM is a leading research lab in Paris, focusing on communication systems, microsystems, and high-tech innovations since 1994. With a dedicated team of researchers and cutting-edge technical platforms, the lab explores various research topics including electromagnetism, wireless communications, micro-technologies, and photonics. ESYCOM offers extensive facilities for measurements, testing, and development of digital communication circuits and systems.
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Communication Systems and Microsystems Team Director: C. Rumelhard ESYCOM is a laboratory with staff and means overlapping 3 entities located in the eastern part of Paris - ESIEE (Engineering School) - University of Marne La Vallée - CNAM Total size Phd students: 20 Researchers + technical staff : 30 members ESYCOM
Background 1994: creation of DEA in High Frequency Communication Systems, in cooperation with: UMLV, CNAM, ESIEE, INT Evry 1996: creation of High Frequency Electronic Pole with CNAM, ESIEE, UMLV within the « Polytechnicum de Marne la Vallée » Jan. 1999: Label from the French Research Department for 2 years as “équipe d’accueil” (welcoming team) n° 2552 called Laboratoire Systèmes de Communication Jan. 2001: renewal of the label for 2 years Beginning of 2003, discussions and association with the team of Microsystems and Micro-technologies from ESIEE ESYCOM
Communication Systems and Microsystems ESYCOM CNAM, ESIEE, UMLV Research Items Electromagnetism and applications,UMLV, ESIEE Digital wireless communications,ESIEE Microsystems and micro-technologies,ESIEE, CNAM, UMLV Photonic and microwaves,CNAM, ESIEE High Frequency Measurements Antennas, Propagation, EMC, UMLV Characterisation of digital communication circuits and systems in microwaves and optics,ESIEE Opto-microwave characterisations,CNAM MEMS technology, ESIEE (SMM)
Frequency diversity • Anechoic chamber (900 MHz – 18 GHz) ESYCOM: Research topics Item 1 : Electromagnetism and applications - Numerical Modelling - Propagation and EM compatibility - Antennas and networks (RFID applications, EBG applications) Item 2 :Wireless digital communications - Transmit/Receive architectures - Signal and images coding, information theory applications
2D photonic Cristal ESYCOM: Research topics Item 3 : Microsystems and micro-technologies - Sensors, actuators and associated electronics - RF and optical MEMS Item 4 :Photonics and microwaves - Photonic and microwave components - Microwave links in optics and monolithic circuits
Technical Platforms High frequency measurement facilities for: Digital communication circuits and systems using RF, microwave, or optical carriers Opto-microwave test bench up to 18 GHz On-wafer VNA probe station up to 40 GHz Radiation, propagation, and material measurements Anechoic chamber (900 MHz – 18 GHz) DSP (Texas) application platform CAD tools including ADS, HFSS, Ensemble for RF ANSYS for MEMS ESYCOM