To search, Click below search items. |
| All Published Papers Search Service |
|
|
|
Title |
AI-GDOE: AI- Based Game Dynamics Optimization Engine |
|
Author |
Ahmed Al-Qarni, Mohammed Al-Shehri, Atta-ur Rahman, Aghiad Bakry, Mohammed Gollapalli |
| Citation |
Vol. 25 No. 5 pp. 210-220 |
|
Abstract |
This research delves into the dynamic synergy of artificial intelligence (AI) and video games, unravelling the intricate tapestry of algorithms that elevate gaming experience. Like secret codes, these algorithms are the backbone for creating lifelike movements and behaviors within the gaming environment. The study meticulously examines three pivotal types of algorithms. The first ensures the seamless and natural movements of in-game entities, enhancing players' overall control and enjoyment. The second algorithm is a virtual GPS, guiding game characters through intricate paths within complex landscapes. The third focuses on imbuing game characters with intelligent and realistic behaviors, simulating a cognitive presence. Furthermore, the research explores the role of AI in information handling within games. This encompasses predictive capabilities, comparative analysis, and understanding the nuanced meanings behind in-game actions. As the study unfolds, it culminates in proposing a novel and refined algorithm inspired by the discoveries made throughout the research. The overarching objective is to unveil how AI can contribute to making games even more exhilarating and authentically immersive. The research provides insights into the current state of technology and entertainment and lays the groundwork for future advancements and enhancements in the symbiotic relationship between AI and gaming. |
|
Keywords |
AI, Algorithms, video games development, virtual reality, augmented reality |
|
URL |
