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Master's Dissertation
DOI
https://doi.org/10.11606/D.55.2007.tde-13092007-102252
Document
Author
Full name
Joelmir José Lopes
E-mail
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2007
Supervisor
Committee
Silva, Jorge Luiz e (President)
Moraes, Fernando Gehm
Wolf, Denis Fernando
Title in Portuguese
Estudos e avaliações de compiladores para arquiteturas reconfiguráveis
Keywords in Portuguese
Benchmarks
Hardware reconfigurável
Linguagem C
Linguagens de descrição de hardware
Abstract in Portuguese
Com o aumento crescente das capacidades dos circuitos integrado e conseqüente complexidade das aplicações, em especial as embarcadas, um requisito tem se tornado fundamental no desenvolvimento desses sistemas: ferramentas de desenvolvimento cada vez mais acessíveis aos engenheiros, permitindo, por exemplo, que um programa escrito em linguagem C possa ser convertido diretamente em hardware. Os FPGAs (Field Programmable Gate Array), elemento fundamental na caracterização de computação reconfigurável, é um exemplo desse crescimento, tanto em capacidade do CI como disponibilidade de ferramentas. Esse projeto teve como objetivos: estudar algumas ferramentas de conversão C, C++ ou Java para hardware reconfigurável; estudar benchmarks a serem executadas nessas ferramentas para obter desempenho das mesmas, e ter o domínio dos conceitos na conversão de linguagens de alto nível para hardware reconfigurável. A plataforma utilizada no projeto foi a da empresa Xilinx XUP V2P
Title in English
A compiler analysis for reconfigurable hardware
Keywords in English
Benchmark
C language
Hardware design languages
Reconfigurable hardware
Abstract in English
With the growing capacities of Integrated Circuits (IC) and the complexity of the applications, especially in embedded systems, there are now requisites for developing tools that convert algorithms C direct into the hardware. As a fundamental element to characterize Reconfigurable Computing, FPGA (Field Programmable Gate Array) is an example of those CIs, as well as the tools that have been developed. In this project we present different tools to convert C into the hardware. We also present benchmarks to be executed on those tools for performance analysis. Finally we conclude the project presenting results relating the experience to implement C direct into the hardware. The Xilinx XUP V2P platform was used in the project
 
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Dis_end.pdf (3.50 Mbytes)
Publishing Date
2007-09-13
 
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