4.3 Aerospace Systems, MEMS and Mixed-Signal Applications
Date:
Tue, 2009-04-21Time:
17:00 - 18:30Location / Room:
Gallieni 3, Level 2Moderators:
P Manet, U catholique de Lovain, BE
P D’Abramo, austriamicrosystems, AT
This session focuses on complex systems in aerospace, MEMS and mixed- signal. New insights about aircraft real-time simulation, SEU mitigation, body sensor networks, MEMS and circuit level optimisation for RF and ADC applications are presented.
| 1700 | AIRCRAFT INTEGRATION REAL-TIME SIMULATOR MODELING WITH AADL FOR. ARCHITECTURE TRADEOFFS. T Ramaherirariny and J Casteres, Airbus, FR |
| 1730 (S) | A LOW-COST SEE MITIGATION SOLUTION FOR SOFT-PROCESSORS EMBEDDED IN SYSTEMS ON PROGRAMMABLE CHIPS C Meinhardt, R Reis, UFRGS, BR M Sonza Reorda and M Violante, Politecnico di Torino, DAUIN, IT |
| 1745 (S) | COMMUNICATION MINIMIZATION FOR IN-NETWORK PROCESSING IN BODY SENSOR NETWORKS: A BUFFER ASSIGNMENT TECHNIQUE H Ghasemzadeh, N Jain and R Jafari,U of Texas at Dallas, US M Sgroi, Berkeley Wireless Sensor Networks Lab, US |
| 1800 (S) | A MEMS RECONFIGURABLE QUAD-BAND CLASS-E POWER AMPLIFIER FOR GSM STANDARD L Larcher, R Brama and M Ganzerli, DISMI - U degli studi si Modena, IT E Reggio and E J Iannacci, Bruno Kessler Foundation, IT M Bedani and A Gnudi, DEIS/ARCES – Bologna U, IT |
| 1815 (S) | POWER REDUCTION OF A 12-BIT 40-MS/S PIPELINE ADC EXPLOITING PARTIAL AMPLIFIER SHARING J A Díaz-Madrid, H Neubauer, H Hauer, Fraunhofer IIS, DE G Doménech-Asensi and R Ruiz-Merino, UP Cartagena, ES |
