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Multimodal interaction / Virtual reality / Control theory / Servomechanism / Haptic technology / Sensory substitution / Robotics / Display device / Servo / Human–computer interaction / Input/output / Science


tactiledisplay_servo_haptics-e_02_cw_v3.PDF
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Document Date: 2010-06-07 09:08:55

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File Size: 1,77 MB

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City

Orlando / Lake Zurich / New York / Oxford / New Orleans / Berlin / Cambridge / Los Angeles / Edinburgh / San Jose / /

Company

XESS Corp. / MicroElectro-Mechanical Systems / Maxx Products International / Teleoperator Systems / Philips / ASME Dynamic Systems / Aopen America Inc. / Xilinx / /

Country

Germany / United States / United Kingdom / /

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Facility

Institute of Electrical Engineers / Harvard University / /

IndustryTerm

diameter steel piano wire / rubber cover sheet / hobby applications / virtual environment systems / rubber / actuator technology / rubber layer / virtual training applications / tactile display device / actuator technologies / servo technology / fingertip search display / appropriate tradeoff between device / electronics / linear microactuator technology / optimum rubber layer / latex rubber sheet / /

Organization

Harvard University / International Society for Optical Engineering / Institute of Electrical Engineers / Congress / USA V / TACTILE SHAPE DISPLAY USING RC SERVOMOTORS Christopher R. Wagner Division of Engineering / Control Division / Robert D. Howe Division of Engineering / /

Person

Robert D. Howe / R. Ghodssi / Christopher R. Wagner / Max Pressure / D. J. Beebe / V / Max Pin / /

Position

adaptive controller / position controller / servo position controller / closed-loop controller / /

ProgrammingLanguage

RC / /

ProvinceOrState

New York / Florida / California / /

PublishedMedium

The Electronic Journal / /

Technology

FPGA / actuator technology / Virtual Reality / servo technology / actuator technologies / linear microactuator technology / /

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