Abstract

Recently, the JPEG working group (ISO/IEC JTC1 SC29 WG1) developed an international standard, JPEG 360, that specifies the metadata and functionalities for saving and sharing 360-degree images efficiently to create a more realistic environment in various virtual reality services. We surveyed the metadata formats of existing 360-degree images and compared them to the JPEG 360 metadata format. We found that existing omnidirectional cameras and stitching software packages use formats that are incompatible with the JPEG 360 standard to embed metadata in JPEG image files. This paper proposes an easy-to-use tool for embedding JPEG 360 standard metadata for 360-degree images in JPEG image files using a JPEG-defined box format: the JPEG universal metadata box format. The proposed implementation will help 360-degree cameras and software vendors provide immersive services to users in a standardized manner for various markets, such as entertainment, education, professional training, navigation, and virtual and augmented reality applications. We also propose and develop an economical JPEG 360 standard compatible panoramic image acquisition system from a single PTZ camera with a special-use case of a wide field of view image of a conference or meeting. A remote attendee of the conference/meeting can see the realistic and immersive environment through our PTZ panorama in virtual reality.

Highlights

  • The use of images from multi-sensor devices such as multi-camera smartphones and360-degree capturing cameras is increasing

  • Our work enables the transformation of a large amount of legacy 360-degree images into the standardized format, which provides a market to use the format in a standard way, which was a goal of developing the JPEG 360 standard

  • JPEG 360 metadata values provided in Table 7 are embedded in the respective panorama using our converter application

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Summary

Introduction

The use of images from multi-sensor devices such as multi-camera smartphones and. Such devices are widely available to consumers with various applications [1,2]. A 360-degree image covers the omnidirectional scene, which is created by stitching images captured by multiple sensors or cameras and mapping them onto a 2D plane through a projection method. Several software packages are used to stitch images to 360-degree images. With millions of engaged users, 360-degree images and videos have gained immense popularity. There are many benefits of 360-degree images. There are many viewer software packages available for use in viewing 360-degree images. Many web-based players are available for use in viewing 360-degree images

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