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Methods for accelerated design to FPGA technology


PhD: Rasmus Abildgren

 

 Casestory

 

1. Purpose of the project
The purpose of this project is to reduce the development time for implementation of an algorithm in a heterogeneous processing environment by:

  • using only one input description language in the entire implementation phase,
  • being able, in an early state of the design process, to estimate the performance of a FPGA implementation of an algorithm,
  • and make a proper partitioning between hardware (FPGA) and software (general purpose CPU) of an algorithm.

2. Background
The demand of processing power increasing faster than the speed of processors, when ever it is small portable devices, big data analysis systems or something in between. To overcome this problem, the industry has increased the use of modern FPGAs in there products. This has help closing the gap in processing power, but has not been without cost; The development time have increased due to the more complex structure of the system.

 

One of the reasons for the rise in development time is that the typical design and implementation of an algorithm on a FPGA, is different from the design and implementation on a programmable CPU, and since not all parts of the algorithms have the potential for a FPGA implementation, it is necessary to analyse the algorithm for potential and make the partitioning.

 

To make the optimal partitioning it is necessary to have an estimate of the performance, area and energy consumption on the FPGA platform of the different parts of the algorithm compare with an implementation on a programmable CPU platform. But no such automatic estimating tool exist on the marked, and the best estimates therefore need a manual implementation of the algorithm.

 

The design process could therefore be improved if we could:

  • get a proper estimate,
  • standardise greater parts of the design steps,
  • and make a better partitioning.

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