Perceptually Driven Level of Detail for Efficient RayTracing of Complex Scenes

Yang Xiaohui; A Chalmers

Perceptually Driven Level of Detail for Efficient RayTracing of Complex Scenes

Yang Xiaohui, A Chalmers

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

Abstract

Rendering complex scenes in real time remains one of the major challenges in computer graphics. Recent research in perceptual rendering algorithms and level of detail techniques have shown that, by exploiting knowledge of the human visual system, significant computation time can be saved by only rendering in high quality those parts of the image that the user will see. This paper describes how a level of detail approach can be used to reduce overall computation time when users are undertaking a task within a virtual environment.

Translated title of the contribution	Perceptually Driven Level of Detail for Efficient RayTracing of Complex Scenes
Original language	English
Title of host publication	Unknown
Publication status	Published - Mar 2005

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Conference Proceedings/Title of Journal: EG UK Theory and Practice of Computer Graphics(2005).

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title = "Perceptually Driven Level of Detail for Efficient RayTracing of Complex Scenes",

abstract = " Rendering complex scenes in real time remains one of the major challenges in computer graphics. Recent research in perceptual rendering algorithms and level of detail techniques have shown that, by exploiting knowledge of the human visual system, significant computation time can be saved by only rendering in high quality those parts of the image that the user will see. This paper describes how a level of detail approach can be used to reduce overall computation time when users are undertaking a task within a virtual environment. ",

author = "Yang Xiaohui and A Chalmers",

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N2 - Rendering complex scenes in real time remains one of the major challenges in computer graphics. Recent research in perceptual rendering algorithms and level of detail techniques have shown that, by exploiting knowledge of the human visual system, significant computation time can be saved by only rendering in high quality those parts of the image that the user will see. This paper describes how a level of detail approach can be used to reduce overall computation time when users are undertaking a task within a virtual environment.

AB - Rendering complex scenes in real time remains one of the major challenges in computer graphics. Recent research in perceptual rendering algorithms and level of detail techniques have shown that, by exploiting knowledge of the human visual system, significant computation time can be saved by only rendering in high quality those parts of the image that the user will see. This paper describes how a level of detail approach can be used to reduce overall computation time when users are undertaking a task within a virtual environment.

M3 - Conference Contribution (Conference Proceeding)

BT - Unknown

ER -

Perceptually Driven Level of Detail for Efficient RayTracing of Complex Scenes

Abstract

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