Answers.Body: <p>I would assume that in this case, they are asking you to compare the performance of your particular algorithm to other similar algorithms used in pathfinding. For example, A*</p>
  
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Answers.Text: really? what you mean about performance? performance is time complexity or finding shorter path? the problem is goal of my research is non of them. the goal is to make bots choose path like players.
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Answers.Body: <p>The biggest issue here may be similarity to prior work. As for the benchmarks, benchmarks are a common means for comparing algorithms. What it means here would be to compare the end-result (your chosen goal) for each of the algorithms compared in a similar scenario, or a generated test-scenario. This will mean that you will have to utilize all chosen algorithms in your test-game-map software. To make it more original, shake it up a little with some creative/disruptive element which should lower the performance of the algorithm. Find some way to quantify how close the algorithms actually come to meeting the stated goal (or not meeting goal, like how far off they were) with and without the disruptive element.</p>
  
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Body: <p>In my research on video games path finding I'm using ant colony optimization, not only to find the shortest path, but also to add some unpredictability and adaptiveness to bots path finding. It works the way as players move in the map, they add some pheromone to the map, so it adds up a probability that bots choose path like players. I have sent the paper, but judges said you need a benchmark and distinguish to previous works. Can you tell me how can I benchmark this work?</p>
  
Tags: <game-ai><applications><swarm-intelligence><ant-colony-optimization>
Title: How can I benchmark an application of ant colony optimization?
UserDisplayName: virtouso
ThreadText: # How can I benchmark an application of ant colony optimization?
  
  (Asked by: username_0 on 2017-10-19)
  
  In my research on video games path finding I'm using ant colony optimization, not only to find the shortest path, but also to add some unpredictability and adaptiveness to bots path finding. It works the way as players move in the map, they add some pheromone to the map, so it adds up a probability that bots choose path like players. I have sent the paper, but judges said you need a benchmark and distinguish to previous works. Can you tell me how can I benchmark this work?
  
  **Tags:** game-ai, applications, swarm-intelligence, ant-colony-optimization
  
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  ## 2 answers
  
  ### Answer by username_1 on 2017-10-19. Score: 1 | Accepted answer
  
  I would assume that in this case, they are asking you to compare the performance of your particular algorithm to other similar algorithms used in pathfinding. For example, A\*
  
  > **Comments:**
  > **username_0**: really? what you mean about performance? performance is time complexity or finding shorter path? the problem is goal of my research is non of them. the goal is to make bots choose path like players.  
  
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  ### Answer by username_2 on 2019-10-16. Score: 1
  
  The biggest issue here may be similarity to prior work. As for the benchmarks, benchmarks are a common means for comparing algorithms. What it means here would be to compare the end-result (your chosen goal) for each of the algorithms compared in a similar scenario, or a generated test-scenario. This will mean that you will have to utilize all chosen algorithms in your test-game-map software. To make it more original, shake it up a little with some creative/disruptive element which should lower the performance of the algorithm. Find some way to quantify how close the algorithms actually come to meeting the stated goal (or not meeting goal, like how far off they were) with and without the disruptive element.
  
  
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