Efficient hardware code generation for FPGAs

Automatic Code Generation for SIMD Hardware Accelerators

SIMD hardware accelerators offer an alternative to manycores when energy consumption and performance are critical. For scientific computing, GPGPUs are used in many computers of the top-500. But embedded processors also use accelerators. However such heterogeneous platforms trade ease of developments for performance: The application code and the data must be split between the host and the accel...

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Designing Hardware for FPGAs

In this chapter we will cover many of the basic concepts behind FPGA design. We start with an overview of our hardware platform, go through a quick introduction to the Quartus toolset and then review combinational along with sequential logic. We will conclude with the all important concept of timing closure. Although we cover a particular hardware platform, the material in this chapter can be a...

متن کامل

Designing Hardware for FPGAs

In this chapter we will cover many of the basic concepts behind FPGA design. We start with an overview of our hardware platform, go through a quick introduction to the Quartus toolset and then review combinational along with sequential logic. We will conclude with the all important concept of timing closure. Although we cover a particular hardware platform, the material in this chapter can be a...

متن کامل

Designing Hardware for FPGAs

In this chapter we will cover many of the basic concepts behind FPGA design. We start with an overview of our hardware platform, go through a quick introduction to the Quartus toolset and then review combinational along with sequential logic. We will conclude with the all important concept of timing closure. Although we cover a particular hardware platform, the material in this chapter can be a...

متن کامل

Designing Hardware for FPGAs

In this chapter we will cover many of the basic concepts behind FPGA design. We start with an overview of our hardware platform, go through a quick introduction to the Quartus toolset and then review combinational along with sequential logic. We will conclude with the all important concept of timing closure. Although we cover a particular hardware platform, the material in this chapter can be a...

متن کامل

Efficient hardware code generation for FPGAs

نویسندگان

چکیده

منابع مشابه

Automatic Code Generation for SIMD Hardware Accelerators

Designing Hardware for FPGAs

Designing Hardware for FPGAs

Designing Hardware for FPGAs

Designing Hardware for FPGAs

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