Please use this identifier to cite or link to this item: https://repositorio.consejodecomunicacion.gob.ec//handle/CONSEJO_REP/11691
Title: AR Technology-Assisted Selfie Design and Dissemination Path Analysis
Other Titles: Studies in Media and Communication
Authors: Zhang, Di
Alsagoff, Syed Agil
Yasin, Megat Al Imran
Razi, Siti Aishah Muhammad
Keywords: arugmented reality
deep learning approach
selfie design
dissemination path
Issue Date: 2023
Publisher: Redfame Publishing
Citation: Zhang, D., Alsagoffm S.A., Yasin, M.A.I. y Razi S.A.M. (2023). AR Technology-Assisted Selfie Design and Dissemination Path Analysis. Studies in Media and Communication (Print), 11(6), 288–288. https://doi.org/10.11114/smc.v11i6.6203 ‌
Abstract: Augmented reality (AR) is a technology based on 3D registration, virtual-real fusion and human-computer interaction to achieve the integration of virtual objects and real scenes. The core problem of augmented reality task is the accurate and fast recognition and tracking of objects in real scenes, which provides the technical basis for updating and optimizing the selfie design. This paper discusses the specific technical path of AR applied to selfie design based on the deep learning approach, and demonstrates the impact of different deep learning algorithms on the effectiveness of the integration of AR and selfie, and finally the paper discusses the application prospects of AR in selfie.
URI: https://repositorio.consejodecomunicacion.gob.ec//handle/CONSEJO_REP/11691
ISSN: 2325-808X
Appears in Collections:Documentos internacionales sobre libertad de expresión y derechos conexos

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