| Benchmark | Description | Number of nodes | Number of edges | Operation types |
| conv5x5 | 5x5 convolution kernel. | 49 | 190 | Add, Mult | conv9x9 | 9x9 convolution kernel. | 161 | 932 | Add, Mult | fft8 | 8-point radix-2 DIT FFT based on butterfly architecture. | 32 | 116 | Add, Sub, Mult | fft16 | 16-point radix-2 DIT FFT based on butterfly architecture. | 88 | 648 | Add, Sub, Mult | fftrad4 | 4-point radix-4 FFT based on dragonfly architecture. Efficiently decomposing complex operations into real operations. | 40 | 232 | Add, Sub, Mult | linsor | Single iteration kernel to solve a system of linear equations () in 5 variables, using successive-overrelaxation (SOR) method. | 64 | 2657 | Add, Sub, Mult, Div | linjacobi | Single iteration kernel to solve a system of linear equations in 5 variables, using Jacobi method. | 60 | 230 | Add, Sub, Mult, Div | lapsor | Single iteration kernel to solve Laplace’s equation (), using successive-overrelaxation (SOR) method. | 7 | 16 | Add, Sub, Mult | lapjacobi | Single iteration kernel to solve Laplace’s equation using Jacobi method. | 5 | 9 | Add, Sub, Mult | small0–7 | 8 randomly generated DFGs with 20 operations. | 4–19 | 2–36 | Add, Mult | medium0–4 | 5 randomly generated DFGs with 130 operations. | 88–127 | 346–642 | Add, Sub, Mult, Div |
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