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Embedded Artificial Intelligence: The ARTEMIS Vision
Computer, 2020Advances in embedded and cyberphysical systems have disrupted numerous application domains. We examine the requirements and challenges of these technologies, which present significant opportunities for interdisciplinary research.
Dimitrios Serpanos +5 more
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Vision Control for an Artificial Hand
2006In the paper some method of a vision control is considered. Although used algorithms were tested for the control of an artificial hand they could be applied also in the case of navigating a walking robot. The mechanisms of selection a visual information to process and their implementation on the laboratory stand were presented together with the ...
Marcin Kaczmarski, Dariusz Zarychta
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Panminerva medica, 2011
A number treatment options are emerging for patients with retinal degenerative disease, including gene therapy, trophic factor therapy, visual cycle inhibitors (e.g., for patients with Stargardt disease and allied conditions), and cell transplantation.
M, Zarbin +3 more
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A number treatment options are emerging for patients with retinal degenerative disease, including gene therapy, trophic factor therapy, visual cycle inhibitors (e.g., for patients with Stargardt disease and allied conditions), and cell transplantation.
M, Zarbin +3 more
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A micromechanical focusing device for artificial vision
ETFA 2001. 8th International Conference on Emerging Technologies and Factory Automation. Proceedings (Cat. No.01TH8597), 2002The design, fabrication and measured characteristics of a bulk-micromachined focusing device are presented. A micro-bench is formed by 2 V-grooves which support an optical fiber and a micro-lens. A thermal actuator is integrated in the optical bench, and allows a micro-lens to be moved along the optical axis in order to adjust longitudinally its ...
Emmanuelle Gallois-Pichonat +2 more
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2019
Drishti is a computer vision and deep learning-based application developed using Python programming language for the sole purpose of envisioning the real-time environment by generating the natural language description of the real-time captured scenes. The primary objective of this project is to enable a visually impaired person to know about his or her
Sneh Rathore, Sahil Sharma, Lisha Singh
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Drishti is a computer vision and deep learning-based application developed using Python programming language for the sole purpose of envisioning the real-time environment by generating the natural language description of the real-time captured scenes. The primary objective of this project is to enable a visually impaired person to know about his or her
Sneh Rathore, Sahil Sharma, Lisha Singh
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Artificial Vision by Deep CNN Neocognitron
IEEE Transactions on Systems, Man, and Cybernetics: Systems, 2021Deep convolutional neural networks (deep CNNs) show a large power for robust recognition of visual patterns. The neocognitron, which was first proposed by Fukushima (1979), is recognized as the origin of deep CNNs. Its architecture was suggested by the neurophysiological findings on the visual systems of mammals.
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Artificial color vision: a preliminary study
Journal of Electronic Imaging, 2004Animals accomplish color vision by characterizing the scene in two or more spectrally overlapping bands, normalizing to minimize brightness effects, computing spectral discriminants (called hues) from the normalized readings, and attributing those hues to the scene with the brightness variations restored in the "colored image." We explore doing the ...
Jian Fu +2 more
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Implants for artificial vision
Expert Review of Ophthalmology, 2009Several research groups have demonstrated that electrical stimulation of the retina using implantable microelectrode arrays is a useful approach to specifically activate the visual cortex in animal experiments. It has been further shown that blind subjects suffering from retinitis pigmentosa do have phosphene perception when electrical current was ...
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Artificial organs: recent progress in artificial hearing and vision
Journal of Artificial Organs, 2009Artificial sensory organs are a prosthetic means of sending visual or auditory information to the brain by electrical stimulation of the optic or auditory nerves to assist visually impaired or hearing-impaired people. However, clinical application of artificial sensory organs, except for cochlear implants, is still a trial-and-error process.
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