Designing a 3D Navigation System Using Cognitive Factors
TypeCommunications sans actes
This paper focuses on the measurement and the mathematical definition of cognitive parameters of designing a navigation systembased on these parameters. The nausea level due to different velocities of a 3D scene, the user head rotation around Yaw, Roll and Pitch axes, the delay between navigation device stimuli and the 3D display movement are measured. Appropriate mathematical functions are ﬁtted to the measurements. A sickness level is deﬁned as an accumulation of a nausea level due to the velocity and the delay. Assigning an analog control button on the navigation device will help the user to adjust the speed. The records of the test-bed and practical experiments prove the effectiveness of this kind of design. Moreover, due to the parametric design of the system, any maloperation can be readjusted with further inquiries over the speciﬁc applications. In addition, any amendment or modiﬁcation performance can be compared with the parametric criteria.
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MIRZAEI, Mohammad Ali; CHARDONNET, Jean-Rémy; PERE, Christian; MERIENNE, Frédéric (2012)3D systems due to its complicated electronical, mechanical and vision accessories have enormous degree of complexity both in design and evaluation. Navigation system usually plays an important role in most 3D ...
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MIRZAEI, Mohammad Ali; CHARDONNET, Jean-Rémy; PERE, Christian; MERIENNE, Frédéric (IEEE, 2013)This paper proposes an accurate sensor fusion scheme for navigation inside a real-scale 3D model by combining audio and video signals. Audio signal of a microphone-array is merged by Minimum Variance Distortion-less Response ...
MIRZAEI, Mohammad Ali; PRIANTO, Sugeng; CHARDONNET, Jean-Rémy; PERE, Christian; MERIENNE, Frédéric (IEEE, 2013)The paper presents a new mother wavelet adapted from a speciﬁc pattern. Wavelet multi-resolution analysis uses this wavelet to detect the position of the pattern in an Infra-Red (IR) signal under scale variation and the ...
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