About: HeuristicLab Blog
Browse by time:
- August 2019 (1)
- January 2018 (1)
- July 2017 (2)
- June 2017 (2)
- May 2017 (1)
- November 2016 (1)
- July 2016 (2)
- November 2015 (1)
- August 2015 (1)
- July 2015 (1)
- February 2015 (1)
- December 2014 (1)
- October 2014 (1)
- August 2014 (1)
- July 2014 (2)
- June 2014 (1)
- October 2013 (2)
- August 2013 (1)
- July 2013 (1)
- May 2013 (1)
- March 2013 (1)
- September 2012 (2)
- July 2012 (1)
- June 2012 (2)
- April 2012 (1)
- March 2012 (1)
- February 2012 (1)
- January 2012 (1)
- October 2011 (2)
- September 2011 (4)
- August 2011 (3)
Browse by author:
Browse by category:
- rss .NET (1)
- rss Algorithms (3)
- rss Applications (2)
- rss ArtificialAnt (1)
- rss CMA-ES (1)
- rss Charting (2)
- rss Charts (1)
- rss Contests (1)
- rss Customization (1)
- rss DataAnalysis (4)
- rss Documentation (2)
- rss Experiment (2)
- rss ExperimentDesign (2)
- rss ExternalEvaluation (1)
- rss Features (16)
- rss GECCO (1)
- rss GeneticAlgorithm (1)
- rss GeneticProgramming (1)
- rss Hive (1)
- rss JSSP (1)
- rss Linux (1)
- rss Mono (1)
- rss Performance (1)
- rss ProjectManagement (2)
- rss Publication (1)
- rss Releases (11)
- rss Resizing (2)
- rss Scheduling (1)
- rss Server (1)
- rss Simulation (1)
- rss SymbolicRegression (1)
- rss SystemIdentification (2)
- rss Trac (1)
- rss TravelingSalesmanProblem (1)
- rss Tutorial (2)
- rss UI (3)
- rss VehicleRoutingProblem (1)
- rss Video (2)
- rss View (2)
- rss Views (2)
- rss Website (1)
- rss YouTube (2)
- rss algorithm (1)
- rss analysis (1)
- rss ecdf (1)
- rss performance (1)
- rss run-length (1)
New Feature: Embedded Benchmark Problem Instances
I wanted to share a feature that we have included into our trunk yesterday and which will be part of the next release. It was our intention to aid people in benchmarking their algorithms. Usually in the literature a number of benchmark problem instances are known and shared. These instances allow to directly compare the performance of two algorithms. We have now included some of these benchmark libraries as plugins and make them directly available with HeuristicLab. Currently we have included TSPLIB, QAPLIB, and several others. Each library is a separate plugin that stores the files inside the assembly. It is very easy to add new benchmark libraries, as well as to adapt the problems to use them. A problem can make use of multiple, even different libraries.
We plan to expand this to include even more libraries so that you don't have to search the web for the files, but just load them in HeuristicLab. You can try the feature for yourself if you grab the latest daily build.