2005Unpublished venueRequires access

A low-energy FPGA: architecture design and software-supported design flow

Kostas Siozios, Dimitrios Soudris, A. Thanailakis

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Abstract

The aim of the PhD thesis is the development of systematic methodologies both for hardware and software level for designing low-energy and performance efficient reconfigurable systems. This problem is tackled at two different design tasks, namely the design of efficient CLB architecture and the supporting CAD tools for mapping a VHDL-designed application onto the designed FPGA device.

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What this paper is about

The aim of the PhD thesis is the development of systematic methodologies both for hardware and software level for designing low-energy and performance efficient reconfigurable systems. This problem is tackled at two different design tasks, namely the design of efficient CLB architecture and the supporting CAD tools for mapping a VHDL-designed application onto the designed FPGA device.

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Available abstract

The aim of the PhD thesis is the development of systematic methodologies both for hardware and software level for designing low-energy and performance efficient reconfigurable systems. This problem is tackled at two different design tasks, namely the design of efficient CLB architecture and the supporting CAD tools for mapping a VHDL-designed application onto the designed FPGA device.

Key concepts: Computer architecture, Computer science, Field-programmable gate array, Design flow, VHDL, Embedded system, Architecture, Software

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