Analysis of Certain Types of Display Devices for 3-D TV System

Balasubramonian, K.; Nithiyanandam, N.; Rajappan, K. P.

doi:10.1109/tce.1981.273439

Cited by 6 publications

References 6 publications

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Colour Plasma Displays by UV‐Excited Phosphors A Review

Stern¹

1985

Contrib Plasma Phys

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Though intense work on the development of a full coloor flat TV display panel based on gas discharges has produced considerable progress over the last 10 years no practicable technological solutiona have been found [l -21. Of the different approaches the nlternating current (ac) discharge has been proved suitable for the alphanumericnl and graphical display technique and the direct current (dc) discharge for colour TV panels. To reach such aims 11s improved optical efficiency. colour gamut and increased life time as wellas simpler manufacturing technology and more effective addressing for reducing costs, long-term basic research in the field of gas discharges and phosphors and the development of special technologies is necessary [3-8]. The present review is an attempt to give a survey of this situation. I n Chap. 1 t.he trends of development, general problems of colour, display types and TV are dealt with, and in Chap. 2 and 3 the liternture on dc and airdisplay panels is reviewed.

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Colour Plasma Displays by UV‐Excited Phosphors A Review

Stern¹

1985

Contrib Plasma Phys

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Image Sensing by CCD Panels and Display in Gas Discharge Panels for A 3-D TV System

Balasubramonian

Nithiyanandam

Rajappan

1982

J Opt

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3D Stereo Viewing Evaluation for the Virtual Haptic Back Project

Ji¹,

Williams²,

Howell³

et al.

2006 14th Symposium on Haptic Interfaces for Virtual Environment and Teleoperator Systems

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The purpose of the Virtual Haptic Back (VHB) project is to develop a realistic haptic/graphical model of the human back that can be used for palpation (diagnosis though touch) in medical training. The goal of this research is to design, implement, and evaluate methods to improve viewing realism for the VHB project by applying 3D stereo effects and bringing the virtual model to the user's fingertips like in the real world. Two graphical viewing methods were designed and applied to the VHB project for evaluation along with the standard 23-inch flat-screen LCD monitor: a Head Mounted Display (HMD) with head tracking and a Mirror Viewing System (MVS) which combines graphic and haptic images so that the 3D stereo VHB model appears at the user's fingertips. Evaluations with osteopathic medical students showed that both of these methods (especially the MVS) improve the VHB realism compared to the flat-screen monitor.

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Analysis of Certain Types of Display Devices for 3-D TV System

Cited by 6 publications

References 6 publications

Colour Plasma Displays by UV‐Excited Phosphors A Review

Colour Plasma Displays by UV‐Excited Phosphors A Review

Image Sensing by CCD Panels and Display in Gas Discharge Panels for A 3-D TV System

3D Stereo Viewing Evaluation for the Virtual Haptic Back Project

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