Mobile applications require the use of specialized design techniques to reduce power consumption and maximize battery life. New implementation technologies are able to reduce energy at the device level. At the same time, architectural choices can lead to significantly different power consumption profiles for equivalent implementations of the same function. In this paper we focus on the architectural level, and analyze various implementation alternatives for the CORDIC function. Our results provide insight into the trade-offs between area, performance and power consumption, and give designers directions for their architectural choices.
Power-aware architectural exploration of the CORDIC algorithm
Passerone, Roberto;Rizzon, Luca
2013-01-01
Abstract
Mobile applications require the use of specialized design techniques to reduce power consumption and maximize battery life. New implementation technologies are able to reduce energy at the device level. At the same time, architectural choices can lead to significantly different power consumption profiles for equivalent implementations of the same function. In this paper we focus on the architectural level, and analyze various implementation alternatives for the CORDIC function. Our results provide insight into the trade-offs between area, performance and power consumption, and give designers directions for their architectural choices.File in questo prodotto:
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