Temperature-adaptive circuits on reconfigurable analog arrays
A Stoica, R Zebulum, D Keymeulen… - 2007 IEEE …, 2007 - ieeexplore.ieee.org
A Stoica, R Zebulum, D Keymeulen, R Ramesham, J Neff, S Katkoori
2007 IEEE Aerospace Conference, 2007•ieeexplore.ieee.orgThis paper describes a new reconfigurable analog array (RAA) architecture and an
integrated circuit (IC), and its use to map analog circuits that adapt to extreme temperatures.
Evolution-driven adaptation takes place on the RAA IC, guided by algorithms implemented
in a field programmable gate array (FPGA) collocated with the RAA in the extreme
temperature environment. The experiments demonstrate circuit adaptation over a wide
temperature range, from extremely low of-180degC to high of 120degC.
integrated circuit (IC), and its use to map analog circuits that adapt to extreme temperatures.
Evolution-driven adaptation takes place on the RAA IC, guided by algorithms implemented
in a field programmable gate array (FPGA) collocated with the RAA in the extreme
temperature environment. The experiments demonstrate circuit adaptation over a wide
temperature range, from extremely low of-180degC to high of 120degC.
This paper describes a new reconfigurable analog array (RAA) architecture and an integrated circuit (IC), and its use to map analog circuits that adapt to extreme temperatures. Evolution-driven adaptation takes place on the RAA IC, guided by algorithms implemented in a field programmable gate array (FPGA) collocated with the RAA in the extreme temperature environment. The experiments demonstrate circuit adaptation over a wide temperature range, from extremely low of -180degC to high of 120degC.
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