Systems Engineering and Automation Department, Bilbao School of Engineering, University of the Basque Country (UPV/EHU), 48013 Bilbao, Spain.
Group of Computational Intelligence, Faculty of Engineering of Gipuzkoa, University of the Basque Country (UPV/EHU), 20018 San Sebastian, Spain.
Sensors (Basel). 2024 Oct 29;24(21):6946. doi: 10.3390/s24216946.
Haptic technologies are increasingly valuable for human-computer interaction in its many flavors, including, of course, virtual reality systems, which are becoming very useful tools for education, training, and rehabilitation in many areas of medicine, engineering, and daily life. There is a broad spectrum of technologies and approaches that provide haptic stimuli, ranging from the well-known force feedback to subtile pseudo-haptics and visual haptics. Correspondingly, there is a broad spectrum of applications and system designs that include haptic technologies as a relevant component and interaction feature. Paramount is their use in training of medical procedures, but they appear in a plethora of systems deploying virtual reality applications. This narrative review covers the panorama of haptic devices and approaches and the most salient areas of application. Special emphasis is given to education of persons with special needs, aiming to foster the development of innovative systems and methods addressing the enhancement of the quality of life of this segment of the population.
触觉技术在各种形式的人机交互中越来越有价值,包括虚拟现实系统,这些系统在医学、工程和日常生活的许多领域正成为教育、培训和康复的非常有用的工具。有一系列广泛的技术和方法可以提供触觉刺激,从众所周知的力反馈到微妙的伪触觉和视觉触觉。相应地,也有一系列广泛的应用和系统设计,包括触觉技术作为一个相关的组成部分和交互功能。最重要的是,它们被用于医疗程序的培训,但它们也出现在大量部署虚拟现实应用的系统中。本叙述性综述涵盖了触觉设备和方法的全景以及最突出的应用领域。特别强调了特殊需求人群的教育,旨在促进创新系统和方法的发展,以提高这部分人口的生活质量。