The objective of the conference is to provide an interdisciplinary forum for presenting current and future work on reconfigurable systems across a wide range of fields: electrical, computer software, mechanical, control, and optics. Enabling technologies for reconfigurable systems include: field programmable gate arrays (FPGA), micro–electro–mechanical systems (MEMS), shape memory alloys (SMA), and nanotechnology. <b>Keywords:</b> • Enabling Technologies for Reconfigurable Systems<br>– Field Programmable Gate Arrays – Adaptive Control Systems and Filters – Reconfigurable Systems–on–a–Chip – Adaptive Optics – Micro–Electro–Mechanical Systems – Multifunctional Materials – Shape Changing Alloys / Nickel–Titanium – Software Defined Radios – Morphing Structures – Reconfigurable Antennas, Beam Steering Antennas – Nano–Technologies for Reconfigurable Systems – Reconfigurable High Performance Computing<br>• Design, Verification, Simulation and Modeling of Reconfigurable Systems – MOEMS, NANO, and / or Optical Devices<br>• Power Consumption Analysis and Modeling of Reconfigurable Systems<br>• Safety Implications and Analysis of Systems Based on Reconfigurable Components<br>• Reconfigurable Systems / Adaptive Systems Technologies<br>– Field Programmable Gate Arrays – Adaptive Control Systems and Filters – Reconfigurable Systems–on–a–Chip – Adaptive Optics – Micro–Electro–Mechanical Systems – Multifunctional Materials – Shape Changing Alloys / Nickel–Titanium – Software Defined Radios – Morphing Structures – Reconfigurable Antennas, Beam Steering Antennas – Nano–Technologies for Reconfigurable Systems – Reconfigurable High Performance Computing<br>• Reliability Analysis of Systems Using Reconfigurable Components<br>• Other Applicable Technology Areas<br>
Abbrevation
RSMN
City
Redstone ArsenalAL
Country
United States
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