結合動態調整運用於沉浸式恐龍型人工智慧虛擬互動遊戲

Virtual Dinosaur Interactive Game with Artificial Intelligence and Dynamic Adjustment

本研究將設計一套互動遊戲系統，針對小型肉食性恐龍的行為模式做分析探討，並利用遊戲人工智慧來設計這些行為規則，其中恐龍的團隊配合能力，是本系統的重點之一，結合模糊理論，能夠依使用者狀況而改變動態調整。利用Kinect以及多螢幕顯示，做為使用者與系統的人機介面，透過Kinect的動作捕捉技術，使用者可以較直覺地用身體動作來與3D場景中的恐龍互動，並且透過多螢幕顯示的方式，增加使用者的視野，以便觀察恐龍目前的狀況。結合Kinect比以及多螢幕顯示，可讓使用者擁有彷彿親自置身於恐龍時代中的沉浸感。

This study is aimed to design a virtual dinosaur interactive game system. Game artificial intelligence is used to simulate behaviors of dinosaurs and their teamwork, and fuzzy dynamic adjustment can change dinosaur behaviors according to the abilities of different players. Our system uses Kinect, Microsoft® video-based motion capture technology, to capture players’ gestures and motions, and use multi-screen display to produce a wide-angle view in order to simulate visual effects of human eyesight. The study wants to create a virtual environment so players could feel as if they were in the age of dinosaurs.