跳至内容
  • 首页
  • 资讯
  • 资源下载
  • 行业方案
  • Job招聘
  • Paper论文
  • Patent专利
  • 映维会员
  • 导航收录
  • 合作
  • 关于
  • 微信群
  • All
  • XR
  • CV
  • CG
  • HCI
  • Video
  • Optics
  • Perception
  • Reconstruction

Skin-attached haptic patch for versatile and augmented tactile interaction

小编 广东客   |   分类:XR   |   2025年3月27日

Note: We don't have the ability to review paper

PubDate: March 2025

Teams:Korea Advanced Institute of Science and Technology,Electronics and Telecommunications Research Institute,University of California

Writers:Jung-Hwan Youn, Seung-Yeon Jang, Inwook Hwang, Qibing Pei, Sungryul Yun, and Ki-Uk Kyun

PDF:Skin-attached haptic patch for versatile and augmented tactile interaction

Abstract

The theory of swarm control shows promise for controlling multiple objects, however, scalability is hindered by cost constraints, such as hardware and infrastructure. Virtual Reality (VR) can overcome these limitations, but research on swarm interaction in VR is limited. This paper introduces a novel Swarm Manipulation interaction technique and compares it with two baseline techniques: Virtual Hand and Controller (ray-casting). We evaluated these techniques in a user study (N = 12) in three tasks (selection, rotation, and resizing) across five conditions. Our results indicate that Swarm Manipulation yielded superior performance, with significantly faster speeds in most conditions across the three tasks. It notably reduced resizing size deviations but introduced a trade-off between speed and accuracy in the rotation task. Additionally, we conducted a follow-up user study (N = 6) using Swarm Manipulation in two complex VR scenarios and obtained insights through semi-structured interviews, shedding light on optimized swarm control mechanisms and perceptual changes induced by this interaction paradigm. These results demonstrate the potential of the Swarm Manipulation technique to enhance the usability and user experience in VR compared to conventional manipulation techniques. In future studies, we aim to understand and improve swarm interaction via internal swarm particle cooperation.

本文链接:https://paper.nweon.com/16255

您可能还喜欢...

  • Foveated Photon Mapping

    2021年09月08日 映维

  • Inspection of histological 3D reconstructions in virtual reality

    2020年09月08日 映维

  • DINOv2: Learning Robust Visual Features without Supervision

    2023年10月19日 映维

关注:

RSS 最新AR/VR行业分享

  • 美国对大朋VR、光粒、影目、逸文等AR/VR公司启动337调查 2025年7月9日
  • XR日报:亚马逊Quest 3S仅需249美元,Meta 30亿欧元购入约3% Essilor Luxottica股票 2025年7月9日
  • 乐山市第一职业高级中学63.51万元招标MR交互系统 2025年7月9日
  • 乐山市第一职业高级中学203万元招标建设虚拟现实教学中心 2025年7月9日
  • 亳州汽车工业学校350万元招标建设虚拟现实实训基地 2025年7月9日

RSS 最新AR/VR专利

  • Samsung Patent | Display device for providing content, and display device operation method 2025年7月3日
  • IBM Patent | Adaptive synchronization of objects in a distributed metaverse 2025年7月3日
  • Samsung Patent | Wearable device grouping and providing a plurality of application execution screens and method for controlling the same 2025年7月3日
  • Google Patent | Modifying notes within virtual scene 2025年7月3日
  • Sony Patent | Information processing apparatus, information processing method, and program 2025年7月3日

RSS 最新AR/VR行业招聘

  • Microsoft AR/VR Job | High Performance Compute, Director 2025年6月5日
  • Microsoft AR/VR Job | Data Center Technician/ Technicien de Centre de Données 2025年6月3日
  • Microsoft AR/VR Job | Senior Product Designer 2025年5月16日
  • Apple AR/VR Job | AirPlay Audio Engineer 2025年3月27日
  • Apple AR/VR Job | iOS Perception Engineer 2025年3月27日
  • 首页
  • 资讯
  • 资源下载
  • 行业方案
  • Job招聘
  • Paper论文
  • Patent专利
  • 映维会员
  • 导航收录
  • 合作
  • 关于
  • 微信群

联系微信:ovalics

版权所有:广州映维网络有限公司 © 2025

备案许可:粤ICP备17113731号-2

粤公网安备 44011302004835号

友情链接: AR/VR行业导航

读者QQ群:251118691

Quest QQ群:526200310

开发者QQ群:688769630

Paper