Skip to content

The Darmstadt Automotive Parallel HeterogeNEous (DAPHNE) Benchmark-Suite

Notifications You must be signed in to change notification settings

esa-tu-darmstadt/daphne-benchmark

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 
 
 
 
 
 
 
 
 
 
 

Repository files navigation

The Darmstadt Automotive Parallel HeterogeNEous (DAPHNE) Benchmark-Suite

This suite contains automotive benchmarks used for the evaluation of heterogeneous, parallel programming models. They are extracted from the Autoware project and should represent parallelizable workloads from the automotive field.

It contains 3 kernels (euclidean_cluster, ndt_matching and points2image) and four different implementations for each kernel: -Serial version -OpenMP version -OpenMP Offloading version -CUDA version -OpenCL version -OpenCL version using atomics

Build the benchmarks either with a) the toplevel Makefile. It defaults to build all architectures and allows to choose from opencl, cpu, openmp, or cuda.

b) a Makefile within one of the architecture folders in the src directory.

c) a Makefile in a specific kernel directory (ndt_matching, points2image, or euclidean_clustering).

Depending on the platform and environment it can be necessary to configure path variables in the Makefile.

To run a benchmark, execute the ./kernel executable in each testcase directory.

Input- and golden reference data resides in the subdirectory 'data'. In this package, we provide the "minimal" data-set. We provide additional data-sets "small", "medium" and "full" with different number of testcases/sizes via download from TODO. Note that you need to unzip the files in the "data" directory before you run the kernels.

FPGA Implementation

For the points2image benchmark, this release also contains an OpenCL implementation targeting Xilinx FPGAs (Zynq Ultrascale+ ZCU102) with Xilinx SDSoC/SDAccel. Due to the peculiarities of the setup, the long compilation times and the additional licenses required, building for FPGA is not include in the top-level Makefile.

Compatibility Overview

The benchmarks have been developed for a large number of platforms in mind. However compatibility out of the box can not be guaranteed. Since some platforms require manual configuration or do not support the technology the following list provides information about which results to expect.

Benchmark Consumer Desktop Linux Workstation Nvidia Jetson TX 2
CPU/points2image ok ok ok
CPU/euclidean_cluster ok ok ok
CPU/ndt_mapping ok ok ok
Cuda/points2image ok ok (1) ok (2)
Cuda/euclidean_cluster ok (1) ok (2)
Cuda/ndt_mapping ok (4) ok (4)(1) ok (4)(2)
OpenCl/points2image ok ok ok (5)
OpenCl/euclidean_cluster ok ok ok (5)
OpenCl/ndt_mapping ok (4) ok (4) not supported (5)(6)
OpenCl-atomic/points2image ok ok ok (5)
OpenCl-atomic/euclidean_cluster ok ok ok (5)
OpenCl-atomic/ndt_mapping ok (4) ok (4) ok (5)(4)
OpenMP/points2image ok ok ok
OpenMP/eulidean_cluster ok ok ok
OpenMP/ndt_mapping ok ok ok (4)
OpenMP-offload/points2image ok (CPU) ok (CPU), ok (CUDA) ok (CPU)
OpenMP-offload/euclidean_cluster ok (CPU) ok (CPU), ok (CUDA) not supported (8)
OpenMP-offload/ndt_mapping not supported (CPU)(7) ok (CPU), ok (CUDA)(4) not supported (8)

(1) Compute Capability set to 6.0 or lower

(2) Compute Capability set to 6.2 or lower

(3) Results outside error tolerances

(4) Results not accurate but inside error tolerances

(5) Running on POCL with CUDA support

(6) cl_khr_int64_base_atomics not supported

(7) internal compiler error

(8) undeclared omp_target functions

Data

The test-data (input and reference output data) is available in four different sizes:

To use the data, just unpack the contained archive. Each archive contains input- and output data for all three benchmarks.

Publications about/using DAPHNE

  • Sommer, L., Stock, F., Solis-Vasquez, L., and Koch, A. (2019). Work-in-Progress: DAPHNE - An Automotive Benchmark Suite for Parallel Programming Models on Embedded Heterogeneous Platforms. In Proceedings of the International Conference on Embedded Software, EMSOFT ’19.

  • Sommer, L., Stock, F., Solis-Vasquez, L., and Koch, A. (2019). EPHoS: Evaluation of Programming - Models for Heterogeneous Systems. FAT-Schriftenreihe 317. Forschungsvereinigung Automobiltechik.

  • Sommer, L., Stock, F., Solis-Vasquez, L., and Koch, A. (2019). Using Parallel Programming Models for Automotive Workloads on Heterogeneous Systems - a Case Study. In Proceedings of the 28th Euromicro International Conference on Parallel, Distributed and Network-based Processing, PDP '20.

  • Sommer, L., Koch, A. (2020). OpenMP Device Offloading for Embedded Heterogeneous Platforms - Work-in-Progress. In Proceedings of the International Conference on Embedded Software, EMSOFT ’20.