Feeling wind: An interactive haptization system for motion rendering in video contents using SPIDAR

Jayasiri, Anusha; Honda, Katsuhiro; Akahane, Katsuhito; Sato, Makoto

doi:10.1109/icat.2013.6728906

Cited by 3 publications

(1 citation statement)

References 9 publications

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“…Furthermore, Danieau [18] also presented a new device providing 6 degrees of freedom (DOF) motion effects for moving the head and hands of the user along with an authoring tool to generate haptic effects that could be rendered by it. Last but not least, in [19], a method for rendering motion of the user-selected objects on a SPIDAR device was presented.…”

Section: Adding the Sense Of Touch To Internet Communication And Videomentioning

confidence: 99%

Tangible Video Communication over the Internet

Guo

Sourin

2018

Proceedings of Computer Graphics International 2018

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Video-conferencing 1 and video phone calls are common nowadays. However more immersion can be achieved if we not only see and hear but also physically feel each other. In contrast to previous attempts which were mostly setting up integral video-haptic communication systems, we propose a different way where we use any existing video communication tools while asynchronously exchanging over the Internet cloud server very little data packets containing only haptic interaction data. In case of desktop haptic devices, we only exchange between the participating computers haptic interface point coordinates, orientation angles of the device handles and computed force vectors. More options for haptic communication appear when we replace common video cameras with depth-sensing cameras and hand-tracking devices. Then, motion of the hand, arm or even the whole body of one party can be both seen and physically felt by the other party participating in such Internet tangible video communication. We validated the proposed way of communication by technical measurements of the transmission times over the LAN and Amazon Cloud server, as well as by conducting a successful user study.

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Section: Adding the Sense Of Touch To Internet Communication And Videomentioning

confidence: 99%

Tangible Video Communication over the Internet

Guo

Sourin

2018

Proceedings of Computer Graphics International 2018

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Real-time haptic interaction with RGBD video streams

Rasool

Sourin

2016

Vis Comput

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Video interaction is a common way of communication in cyberspace. It can become more immersive by incorporating haptic modality. Using commonly available depth sensing controllers like Microsoft Kinect, information about the depth of a scene can be captured in real-time together with the video. In this paper, we present a method for real-time haptic interaction with videos containing depth data. Forces are computed based on the depth information. Spatial and temporal filtering of the depth stream is used to provide stability of force feedback delivered to the haptic device. Fast collision detection ensures the proposed approach to be used in real-time. We present an analysis of various factors that affect algorithm performance. The usefulness of the approach is illustrated by highlighting possible application scenarios

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Haptic Interface for Virtual Reality based on Hybrid Cable-Driven Parallel Robot

Poitrimol

Ishiguro

2020

2020 IEEE 16th International Workshop on Advanced Motion Control (AMC)

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Feeling wind: An interactive haptization system for motion rendering in video contents using SPIDAR

Cited by 3 publications

References 9 publications

Tangible Video Communication over the Internet

Tangible Video Communication over the Internet

Real-time haptic interaction with RGBD video streams

Haptic Interface for Virtual Reality based on Hybrid Cable-Driven Parallel Robot

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