Kiss Bernadette, Benedek Balázs, Szijártó Gábor, Csukly Gábor, Simon Lajos, Takács Barnabás
VerAnim, Budapest, Hungary.
Stud Health Technol Inform. 2004;98:154-6.
A high fidelity Virtual Human Interface (VHI) system was developed using low-cost and portable computers. The system features real-time photo-realistic digital replicas of multiple individuals capable of talking, acting and showing emotions and over 60 different facial expressions. These virtual patients appear in a high-performance virtual reality environment featuring full panoramic backgrounds, animated 3D objects, behavior and AI models, a complete vision system for supporting interaction and advanced animation interfaces. The VHI takes advantage of the latest advances in computer graphics. As such, it allows medical researchers and practitioners to create real-time responsive virtual humans for their experiments using computer systems priced under $2000.
利用低成本的便携式计算机开发了一种高保真虚拟人体接口（VHI）系统。该系统的特点是多个个体的实时逼真数字复制品，能够说话、行动、展现情感以及做出60多种不同的面部表情。这些虚拟患者出现在一个高性能虚拟现实环境中，该环境具有全全景背景、动画3D对象、行为和人工智能模型、用于支持交互的完整视觉系统以及先进的动画界面。VHI利用了计算机图形学的最新进展。因此，它使医学研究人员和从业者能够使用价格低于2000美元的计算机系统为他们的实验创建实时响应的虚拟人。
