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Compact hardware accelerator for functional verification and rapid prototyping of 4G wireless communication systems

Yuanbin Guo, D. McCain

Open publisher page 11 citations

Abstract

In this paper, we propose an FPGA-based hardware accelerator platform with Xilinx Virtex-II V3000 in a compact PCMCIA form factor. By partitioning the complex algorithms in the 4G simulator to the hardware accelerator, we apply an efficient Catapult-C methodology to quickly evaluate the area/speed tradeoffs and rapidly schedule synthesizable RTL models for implementation. The simulation time is accelerated by 100/spl times/ for a QRD-M algorithm. This not only enables much faster verification in the 4G standard environment, but also provides software/hardware codesign and rapid prototyping of the core algorithm in a realistic fixed-point platform.

About this research paper

What this paper is about

In this paper, we propose an FPGA-based hardware accelerator platform with Xilinx Virtex-II V3000 in a compact PCMCIA form factor. By partitioning the complex algorithms in the 4G simulator to the hardware accelerator, we apply an efficient Catapult-C methodology to quickly evaluate the area/speed tradeoffs and rapidly schedule synthesizable RTL models for implementation. The simulation time is accelerated by 100/spl times/ for a QRD-M algorithm. This not only enables much faster verification in the 4G standard environment, but also provides software/hardware codesign and rapid prototyping of the core algorithm in a realistic fixed-point platform.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paper, we propose an FPGA-based hardware accelerator platform with Xilinx Virtex-II V3000 in a compact PCMCIA form factor. By partitioning the complex algorithms in the 4G simulator to the hardware accelerator, we apply an efficient Catapult-C methodology to quickly evaluate the area/speed tradeoffs and rapidly schedule synthesizable RTL models for implementation. The simulation time is accelerated by 100/spl times/ for a QRD-M algorithm. This not only enables much faster verification in the 4G standard environment, but also provides software/hardware codesign and rapid prototyping of the core algorithm in a realistic fixed-point platform.

Key concepts: Field-programmable gate array, Computer science, Embedded system, Hardware acceleration, Computer hardware, Rapid prototyping, Virtex, Software

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