Titlebook: Compilation and Synthesis for Embedded Reconfigurable Systems; An Aspect-Oriented A João Manuel Paiva Cardoso,Pedro C. Diniz,Zlatko Ma Book

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Aspect-Based Source to Source Transformations,ormed program. In particular, LARA [1, 2] aspects are used to control the design-flow, and to trigger source-to-source code transformations and compilation/synthesis optimizations on a given application. Hence, user knowledge about an application and/or target architecture can be codified as aspects

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Hardware/Software Compilation,particular, these CoSy-based compilers are guided by LARA strategies and are responsible for generating code targeting traditional processors, as well as generating behavioral-RTL VHDL code [3] targeting hardware accelerators. Throughout this chapter, these compilers are referred collectively as .,

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LARA Experiments, the generated designs. In these experiments, we exercised the use of LARA to control and guide the REFLECT design-flow components, such as the . weaver, the CoSy-based compilers, and the back-end Molen/ML510 toolchain. Various research results have been presented in previous publications focusing o

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Related Work,oject. We survey current techniques and methodologies for the mapping of computations described in high-level programming languages to reconfigurable architectures. We give particular emphasis to compilation systems that map imperative (C-like) languages to target FPGA-based systems. We also describ

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https://doi.org/10.1007/978-1-4614-4894-5Aspect-Oriented Programming; Dynamic Reconfiguration; Embedded Systems Design; Hardware/Software Co-des

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978-1-4899-8834-8Springer Science+Business Media New York 2013