Synthetic Vision and Memory for Autonomous Virtual Humans
Synthetic Vision and Memory for Autonomous Virtual Humans
复制标题
自主虚拟人的合成视觉和记忆
DOI：
10.1111/1467-8659.00632
复制
发表时间：
2002
影响因子：
2.5
通讯作者：
C. O'Sullivan
中科院分区：
文献类型：
--
作者：
Christopher E. Peters;C. O'Sullivan
基于“阶段理论”，一个有影响力的概念，从认知心理学领域的记忆的记忆模型，提出了应用于自主虚拟人。虚拟人通过一个合成视觉系统感知外界刺激。视觉系统结合了多种视觉模式，以适应感知注意方法。记忆模型用于存储过滤过程中不同阶段的感知和关注对象信息。本文中概述的方法在任何使用基于仿真的代理的领域都有应用：培训，娱乐，人体工程学和军事仿真仅举几例。
A memory model based on ``stage theory'', an influential concept of memory from the field of cognitive psychology,is presented for application to autonomous virtual humans. The virtual human senses external stimuli througha synthetic vision system. The vision system incorporates multiple modes of vision in order to accommodate aperceptual attention approach. The memory model is used to store perceived and attended object information atdifferent stages in a filtering process. The methods outlined in this paper have applications in any area wheresimulation‐based agents are used: training, entertainment, ergonomics and military simulations to name but afew.