/urano

Urano (former Thread and Boosting Frequency Throttling -- TBFT) is an evolution of Poseidon. It is capable of finding, automatically and at run-time, the optimal number of threads for the parallel regions and at the same time controls the turbo boosting mode to optimize the a variety of metrics, e.g., performance, temperature etc.

Primary LanguageCGNU General Public License v3.0GPL-3.0

Urano - former Thread and Boosting Frequency Throttling (TBFT)

Urano is an easy to use OpenMP framework that is completely transparent to both the developer and the end-user. Without any recompilation, code modification or OS installitions, it is capable of finding, automatically and at run-time, the optimal number of threads for the parallel regions and at the same time controls the turbo boosting mode to optimize different metrics, including Performance, Energy-Delay Product, Power Consumption and Temperature.

List of files contained in Urano

  • boost.sh - Urano algorithm to control the turbo boosting techniques.
  • urano.c - Urano functions implementation
  • urano.h - Urano header
  • urano_stats.h - Urano state machine headers
  • env.c - OpenMP internal controler variables
  • libgomp.h - libgomp header
  • libgomp_g.h - libgomp header
  • parallel.c - libgomp header
  • Makefile.in - OpenMP libgomp makefile.in
  • Makefile.am - OpenMP libgomp makefile.am

Urano's dependencies.

  1. MSR Module (only in AMD Version).
  2. Intel RAPL (only in Intel Version).
  3. GCC 9.4+.

How to install Urano?

  1. Choose the version you are going to use based on your processor (Intel or AMD).
  2. Copy all files into the gcc libgomp directory:
    • cp processor_headers/* /path/gcc-version/libgomp.
    • cp src/* /path/gcc-version/libgomp.
  3. Compile the GCC using Make && Make install:
    • cd /path/gcc-version/libgomp
    • make
    • make install

How to use Urano?

  1. Export the library path, the full boost.sh path and set Urano's environment variable:

    • export LD_LIBRARY_PATH=/path-to-gcc-bin/lib64:$LD_LIBRARY_PATH
    • export OMP_URANO_BOOST_PATH=/gcc-version/libgomp
    • export OMP_URANO=METRIC

  2. Execute the application.

  3. (OPTIONAL) Export the IPC Threshold and Time Interval for the Turbo Engine.

    • export IPC_TARGET=0.6 (Can be any value in the format %d.%d)
    • export TIME_TARGET=1 (Can be any value in the format %d) x

Acknowledgement

Urano/TBFT has been mainly developed by Sandro Matheus Vila Nova Marques (sandro-matheus@hotmail.com) during his BSc/MSc. under supervision of Arthur Francisco Lorenzon (aflorenzon@inf.ufrgs.br).

When using Urano/TBFT, please use one of the following reference:

Marques, S. M., Medeiros, T. S., Rossi, F. D., Luizelli, M. C., Beck, A. C. S., & Lorenzon, A. F. (2021, December). Synergically Rebalancing Parallel Execution via DCT and Turbo Boosting. In 2021 58th ACM/IEEE Design Automation Conference (DAC) (pp. 277-282). IEEE.

Marques, S. M. V., Serpa, M. S., Muñoz, A. N., Rossi, F. D., Luizelli, M. C., Navaux, P. O., ... & Lorenzon, A. F. (2022). Optimizing the EDP of OpenMP applications via concurrency throttling and frequency boosting. Journal of Systems Architecture, 123, 102379.

Marques, S. M., Rossi, F. D., Luizelli, M. C., Beck, A. C. S., & Lorenzon, A. F. (2022, August). Thermal-Aware Thread and Turbo Frequency Throttling Optimization for Parallel Applications. In 2022 35th SBC/SBMicro/IEEE/ACM Symposium on Integrated Circuits and Systems Design (SBCCI) (pp. 1-6). IEEE.