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Multipurpose visualization system
IEEE Aerospace and Electronic Systems Magazine, 2006This paper deals with the design and architecture of the low cost Multipurpose Flight Visualization System (MFVS). The MFVS system was originally developed as a passive IFR approach system for general aviation small planes. A relatively high adaptability is one of the main advantages. It can be easily used with many types of avionics devices.
Petr Bojda, Petr Frantis
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Optometry and Vision Science, 1985
Based on the fundamental task of the visual system, which is to receive information from the surroundings and to transmit it to the central nervous system, the visual system is described as being emmetropic if the amount of information received through the visual pathways is maximum when the eyes are unaided.
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Based on the fundamental task of the visual system, which is to receive information from the surroundings and to transmit it to the central nervous system, the visual system is described as being emmetropic if the amount of information received through the visual pathways is maximum when the eyes are unaided.
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1988
The visual system of the fly comprises the compound eyes with the ocelli and the optic lobes. Interest in this system concerns problems of physiological optics, photoreception, and the structure and function of neurons.
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The visual system of the fly comprises the compound eyes with the ocelli and the optic lobes. Interest in this system concerns problems of physiological optics, photoreception, and the structure and function of neurons.
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2014
Abstract The visual system begins in the eye in the orbit and with the receptors for vision the rods and cones in the retinae with their axons ending on the ganglion cells, which form the optic nerve that exits the orbit via the optic foramen.
Elliott M. Marcus +2 more
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Abstract The visual system begins in the eye in the orbit and with the receptors for vision the rods and cones in the retinae with their axons ending on the ganglion cells, which form the optic nerve that exits the orbit via the optic foramen.
Elliott M. Marcus +2 more
+4 more sources
Kybernetes, 1980
A method is described by which systems may be represented as a collection of interlocking shells which indicate the boundaries of the components. It is suggested that this method gives a good visual impression of basic systemic properties such as openness, types of interaction, relative power of components, hierarchies and levels of organization.
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A method is described by which systems may be represented as a collection of interlocking shells which indicate the boundaries of the components. It is suggested that this method gives a good visual impression of basic systemic properties such as openness, types of interaction, relative power of components, hierarchies and levels of organization.
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Partial recovery of visual function in a blind patient after optogenetic therapy
Nature Medicine, 2021J-A Sahel, Chloé Pagot, Angelo Arleo
exaly
Bioinspired in-sensor visual adaptation for accurate perception
Nature Electronics, 2022Anh Tuan Hoang +2 more
exaly