A system for three-dimensional gaze fixation analysis using eye tracking glasses
Graphical Abstract Graphical Abstract AbstractEye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static two-dimensional images are shown on a computer screen while a subject's gaze where he or she looks is...
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| Published in | Journal of computational design and engineering Vol. 5; no. 4; pp. 449 - 457 |
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| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
Oxford University Press
01.10.2018
한국CDE학회 |
| Subjects | |
| Online Access | Get full text |
| ISSN | 2288-5048 2288-4300 2288-5048 |
| DOI | 10.1016/j.jcde.2017.12.007 |
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| Abstract | Graphical Abstract
Graphical Abstract
AbstractEye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static two-dimensional images are shown on a computer screen while a subject's gaze where he or she looks is measured via an eye tracking device. The collected gaze fixation data are then visualized and analyzed via gaze plots and heat maps. Such evaluations using two-dimensional images are often too limited to analyze gaze on three-dimensional physical objects such as products because users look at them not from a single point of view but rather from various angles. Therefore in this study we propose methods for collecting gaze fixation data for a three-dimensional model of a given product and visualizing corresponding gaze plots and heat maps also in three dimensions. To achieve our goals, we used a wearable eye-tracking device, i.e., eye-tracking glasses. Further, we implemented a prototype system to demonstrate its advantages in comparison with two-dimensional gaze fixation methods.
Highlights
Proposing a method for collecting gaze fixation data for a three-dimensional model of a given product.Proposing two visualization methods for three dimensional gaze data; gaze plots and heat maps.Proposed system was applied to two practical examples of hair dryer and car interior. |
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| AbstractList | Graphical Abstract
Graphical Abstract
AbstractEye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static two-dimensional images are shown on a computer screen while a subject's gaze where he or she looks is measured via an eye tracking device. The collected gaze fixation data are then visualized and analyzed via gaze plots and heat maps. Such evaluations using two-dimensional images are often too limited to analyze gaze on three-dimensional physical objects such as products because users look at them not from a single point of view but rather from various angles. Therefore in this study we propose methods for collecting gaze fixation data for a three-dimensional model of a given product and visualizing corresponding gaze plots and heat maps also in three dimensions. To achieve our goals, we used a wearable eye-tracking device, i.e., eye-tracking glasses. Further, we implemented a prototype system to demonstrate its advantages in comparison with two-dimensional gaze fixation methods.
Highlights
Proposing a method for collecting gaze fixation data for a three-dimensional model of a given product.Proposing two visualization methods for three dimensional gaze data; gaze plots and heat maps.Proposed system was applied to two practical examples of hair dryer and car interior. Eye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static two-dimensional images are shown on a computer screen while a subject's gaze where he or she looks is measured via an eye tracking device. The collected gaze fixation data are then visualized and analyzed via gaze plots and heat maps. Such evaluations using two-dimensional images are often too limited to analyze gaze on three-dimensional physical objects such as products because users look at them not from a single point of view but rather from various angles. Therefore in this study we propose methods for collecting gaze fixation data for a three-dimensional model of a given product and visualizing corresponding gaze plots and heat maps also in three dimensions. To achieve our goals, we used a wearable eye-tracking device, i.e., eye-tracking glasses. Further, we implemented a prototype system to demonstrate its advantages in comparison with two-dimensional gaze fixation methods. Highlights Proposing a method for collecting gaze fixation data for a three-dimensional model of a given product. Proposing two visualization methods for three dimensional gaze data; gaze plots and heat maps. Proposed system was applied to two practical examples of hair dryer and car interior. Eye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static two-dimensional images are shown on a computer screen while a subject’s gaze where he or she looks is measured via an eye tracking device. The collected gaze fixation data are then visualized and analyzed via gaze plots and heat maps. Such evaluations using two-dimensional images are often too limited to analyze gaze on three-dimensional physical objects such as products because users look at them not from a single point of view but rather from various angles. Therefore in this study we propose methods for collecting gaze fixation data for a three-dimensional model of a given product and visualizing corresponding gaze plots and heat maps also in three dimen-sions. To achieve our goals, we used a wearable eye-tracking device, i.e., eye-tracking glasses. Further, we implemented a prototype system to demonstrate its advantages in comparison with two-dimensional gaze fixation methods. KCI Citation Count: 10 |
| Author | Takahashi, Ryo Nagai, Yukie Suzuki, Hiromasa Ohtomi, Koichi Ohtake, Yutaka Chew, Jouh Yeong |
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| Keywords | Gaze fixation analysis Aesthetic design Geometric modeling Eye tracking |
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AbstractEye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage... Eye tracking is a technology that has quickly become a commonplace tool for evaluating package and webpage design. In such design processes, static... |
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| Title | A system for three-dimensional gaze fixation analysis using eye tracking glasses |
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