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Haptic technology / Virtual reality / Game controllers / Perception / Novint / Haptic perception / Haptics / Somatosensory system / Modality / Human–computer interaction / Input/output / Multimodal interaction


Haptic rendering for 6/3-DOF haptic devices
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Document Date: 2013-10-01 07:41:13


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File Size: 3,44 MB

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City

Prague / /

Company

SensAble Technologies Inc. / Autodesk / /

Facility

Charles University / /

IndustryTerm

haptic device / haptic applications / tube tool / impedance-type devices / symmetric devices / admittance-type devices / Typical applications / type haptic devices / touch devices / impedance type haptic device / realistic immersive applications / haptic rendering algorithms / haptic devices / force algorithms / haptic rendering algorithm / virtual manufacturing / dental training systems / impedance type haptic devices / /

Organization

Charles University in Prague / Petr Kadleˇcek Department / Department of Software and Computer Science Education / Charles University in Prague Faculty of Mathematics / /

Person

Petr Kadleˇcek Katedra / Petr Kadleˇcek / Mgr / Petr Kmoch / Petr Kadleˇcek Haptic / /

Position

Supervisor / devices Author / Programmer / /

Product

DOF haptic device / DOF / /

TVStation

KSVI / /

Technology

implemented algorithm / Haptic technology / av / 6/3-DOF haptic rendering algorithm / virtual reality / ultrasound / haptic rendering algorithms / Simulation / A.3.1 Point-shell force algorithms / 3-DOF and 6-DOF haptic rendering algorithms / /

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