Fix 2021 SBGames abstract and bibtex

Author: Tyago-Teoi

_publications/outros/2021-10-18-SBGames.md

@@ -4,7 +4,7 @@ title: 'Procedural Enemy Generation through Parallel Evolutionary Algorithm'
 author: Leonardo T. Pereira, Breno M. F. Viana, Claudio F. M. Toledo
 date: 2021-12-20
 publication_type: conference
-abstract: This paper uses results from recent literature on player data collection and Human-Computer Interaction (HCI) fundamentals to classify the data collected by gaming systems to identify different types of players and their motivators. Our study proposes to address the lack of standards and ambiguous identification of data and collection techniques, which hinders progress in the Procedural Content Generation field. Our proposed classification may help researchers and game developers build metrics to evaluate users' motivators and player types, fostering the chance to generate game content to optimize performance, fun, and user satisfaction when playing.
+abstract: "This paper uses results from recent literature on player data collection and Human-Computer Interaction (HCI) fundamentals to classify the data collected by gaming systems to identify different types of players and their motivators. Our study proposes to address the lack of standards and ambiguous identification of data and collection techniques, which hinders progress in the Procedural Content Generation field. Our proposed classification may help researchers and game developers build metrics to evaluate users' motivators and player types, fostering the chance to generate game content to optimize performance, fun, and user satisfaction when playing."
 keywords:
   - enemy generation
   - procedural content generation
@@ -20,7 +20,8 @@ bibtex: |
     volume={},
     number={},
     pages={126-135},
-    keywords={Machine learning algorithms;Weapons;Impedance matching;Loading;Prototypes;Entertainment industry;Games;enemy generation;procedural content generation;video games;parallel evolutionary algorithm},
+    keywords={Machine learning algorithms;Weapons;Impedance matching;Loading;Prototypes;Entertainment industry;
+    Games;enemy generation;procedural content generation;video games;parallel evolutionary algorithm},
     doi={10.1109/SBGames54170.2021.00024}}
 
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