文档介绍：An EHW Architecture for the Design of Unconstrained Low-Power FIR Filters for
Sensor Control Using Custom-Reconfigurable Technology
Evangelos F. Stefatos, Tughrul Arslan Didier Keymeulen, Ian Ferguson
School of Engineering & Electronics Jet Propulsion Laboratory
The University of Edinburgh, King’s Buildings, California Institute of Technology
Mayfield Rd, 4800 Oak Grove Drive
EH9 3JL, Scotland, UK PASADENA, CA 91109
Evangelos.******@ Didier.******@
Abstract the case of aerospace applications, there is the added
concern for fault-tolerant FIR filtering fabrics, which are
This paper presents a power-optimized evolvable capable to respond to various malfunctions caused by
hardware (EHW) architecture that employs custom- endogenous or exogenous factors.
reconfigurable technology. prises a preliminary This paper presents an EHW architecture that targets to
research work towards the implementation of filtering meet all the objectives (low-power consumption,
circuits associated with the JPL-Boeing micro-machined autonomous adaptability/reconfigurability, fault-tolerance,
gyroscope. Our scope is to implement a low-power, etc.), which are set by the JPL-Boeing micro-machined
autonomously reconfigurable architecture that is tailored gyroscope [1]. Our architecture is specifically tailored for
for the realizatio