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This paper introduces the Resilient Adaptive Algebraic Architecture, which is capable of adapting parallelism exploitation in a time-deterministic fashion to reduce power consumption, while meeting the existing real-time deadlines. Furthermore, the architecture provides low overhead error correction capabilities, through the use of algebraic properties of the operations it performs. We use two real-time...
A novel fault-tolerant microprocessor capable of detecting and correcting radiation-induced soft errors is proposed and evaluated. The Fault-Tolerant Algebraic Architecture (FTAA) performs time redundancy intrinsically with computation, guaranteeing on-the-fly detection and correction of errors disrupting data and logic with minimum overhead. We evaluate the FTAA microprocessor in terms of performance,...
Reconfigurable architectures have been widespread used to improve the performance of embedded applications. As most applications of this domain (e.g. video and audio standards) are traditionally specified in high-level programming languages (e.g. C/C++, Java, etc), their optimization process through a hardware accelerator relies on a source code translation from high- to low- level programming languages...
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