Implementation of Android App for Metadata Utilization for Next Generation 360˚ VR Service

Seok Ju Byun; Yang Bae Park; Ye Hoon Lee

doi:10.7840/kics.2023.48.3.391

Implementation of Android App for Metadata Utilization for Next Generation 360˚ VR Service

Seok Ju Byun, Yang Bae Park, Ye Hoon Lee

Electronic Engineering Program

Research output: Contribution to journal › Article › peer-review

Abstract

Currently, it is common to produce contents for 360˚ VR service based on special shooting cameras. However, in the next-generation 360˚ VR, we consider producing content and providing services using individual videos taken from smartphones^[1]. If this could be done, user accessibility and convenience to 360˚ VR services will be further increased without special devices or environmental restrictions. Therefore, in this paper, an Android-based smartphone app is designed and implemented to facilitate the production of individual videos using a smartphone, obtaining metadata necessary for post-processing the video, and uploading the acquired metadata to the server.

Original language	English
Pages (from-to)	391-393
Number of pages	3
Journal	Journal of Korean Institute of Communications and Information Sciences
Volume	48
Issue number	3
DOIs	https://doi.org/10.7840/kics.2023.48.3.391
State	Published - Mar 2023

Keywords

Android
application
JSON
metadata
stitching
VR

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10.7840/kics.2023.48.3.391

Cite this

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title = "Implementation of Android App for Metadata Utilization for Next Generation 360˚ VR Service",

abstract = "Currently, it is common to produce contents for 360˚ VR service based on special shooting cameras. However, in the next-generation 360˚ VR, we consider producing content and providing services using individual videos taken from smartphones[1]. If this could be done, user accessibility and convenience to 360˚ VR services will be further increased without special devices or environmental restrictions. Therefore, in this paper, an Android-based smartphone app is designed and implemented to facilitate the production of individual videos using a smartphone, obtaining metadata necessary for post-processing the video, and uploading the acquired metadata to the server.",

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author = "Byun, \{Seok Ju\} and Park, \{Yang Bae\} and Lee, \{Ye Hoon\}",

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language = "English",

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AU - Lee, Ye Hoon

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N2 - Currently, it is common to produce contents for 360˚ VR service based on special shooting cameras. However, in the next-generation 360˚ VR, we consider producing content and providing services using individual videos taken from smartphones[1]. If this could be done, user accessibility and convenience to 360˚ VR services will be further increased without special devices or environmental restrictions. Therefore, in this paper, an Android-based smartphone app is designed and implemented to facilitate the production of individual videos using a smartphone, obtaining metadata necessary for post-processing the video, and uploading the acquired metadata to the server.

AB - Currently, it is common to produce contents for 360˚ VR service based on special shooting cameras. However, in the next-generation 360˚ VR, we consider producing content and providing services using individual videos taken from smartphones[1]. If this could be done, user accessibility and convenience to 360˚ VR services will be further increased without special devices or environmental restrictions. Therefore, in this paper, an Android-based smartphone app is designed and implemented to facilitate the production of individual videos using a smartphone, obtaining metadata necessary for post-processing the video, and uploading the acquired metadata to the server.

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KW - application

KW - JSON

KW - metadata

KW - stitching

KW - VR

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Implementation of Android App for Metadata Utilization for Next Generation 360˚ VR Service

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Keywords

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