Construction site of a big constructing designed for a special purpose. There are numerous risk aspects due to complicated design for various uses. Particularly, if even a minor problem occurs during construction work, there is no such thing as a such thing as a headache.

But what if we could observe all the weather in real time and hold a gathering from a distant location as if we were on site, without having to collect in person at such a dangerous and complicated construction site?

It could be great if it could be possible to envision progress in virtual space, check changes, or run simulations to give you one of the best plan in accordance with the situation, somewhat than actually going to the development site and searching around.

Research is in full swing to make such an environment a reality. It’s a digital collaboration platform study using metaverse technology, which is being conducted by the Open Augmented Reality (OXR) Convergence Research Group (Director Geumwon Geum).

The OXR Convergence Research Center is a research organization launched at the tip of 2021. Korea Institute of Science and Technology Information (KISTI), Korea Advanced Institute of Science and Technology (KAIST), Korea Institute of Civil Engineering and Constructing Technology (KICT), and Korea Institute of Oriental Medicine have joined together.

The goal is to develop and exhibit a platform wherein about 100 researchers can participate at the identical time. We plan to construct an environment that anyone can use easily and open the API. Currently, about 70 researchers from 4 research institutes are participating within the research project.

A complete of 5 convergence research projects are conducted. There are ‘development of open high-quality XR collaboration platform’ and ‘development of contents authoring tool based on XR platform’ tasked by KISTI, and ‘development of high-quality immersive collaboration element technology’ task supervised by KAIST. As well as, KEITI took on the duty of ‘development and demonstration of open XR-based construction collaboration service technology’ and the Institute of Oriental Medicine took on the duty of ‘development and demonstration of open XR-based silver healthcare technology’.

The core value of this study is to steer high-quality collaboration with an open platform. It’s to develop an XR collaboration platform that allows multi-type, multi-party, and multi-field top quality even in a heterogeneous asymmetric environment, and supply an optimal coexistence space based on digital twins to offer highly immersive heterogeneous and multi-party mutual collaboration relationships.

Through this, it plans to develop interaction technology for multimodal collaboration and elements to enhance coexistence, and exhibit them as services within the education, collaboration, and medical fields.

The goal level is to construct an open platform that gives a stadium-scale XR space where greater than 100 people can interact concurrently on greater than 15 sorts of devices and greater than 6 sorts of operating systems (OS). To this end, it plans to develop XR content authoring tools and high-quality digital twin technology.

To boost immersion, it plans to develop high-quality visual, auditory, and tactile interaction technologies between immersive devices and synchronize interactions between multiple types in real time. It’s going to also develop technologies that may increase object recognition and hand motion recognition error rates to enhance immersion.

Because the infrastructure for this type of work, the country’s top-notch supercomputer ‘Nurion’ is used. Nurion is the fifth supercom with a capability of 25.7 petaflops (PF) built on the KISTI National Supercomputing Center.

Your entire project is split into two phases. To start with, until the tip of 2024, the primary stage will give attention to basic technology development, and from 2025 for 3 years, the second stage of the demonstration project shall be carried out.

In fact, there are still negative views. It continues to be possible for developers who’re far-off to collect within the metaverse space and have a gathering. Nonetheless, making a research environment that satisfies all of the senses that will be felt in point of fact within the metaverse space and collaborating in real time there continues to be a level that is simply possible in dreams.

“The undeniable fact that we have now to compete with global big tech corporations is an obstacle, but it is going to not be an issue if we secure excellent patents and derive the very best level of research performance that will be standardized in order that we will legalize core technologies,” said Director Gi-Won Cho. We’ll find a way to completely prove our competitiveness once we complete the stage demonstration project.”

“The aim of this research is to develop and distribute an open collaborative XR platform that domestic SMEs can use in public-purpose field work by securing leading XR technology with global competitiveness,” he said. “Education, construction, healthcare, etc. We’ll form a consultative body in 20 key areas to preemptively implement and distribute based on demand.”

Reporter Juyoung Lee juyoung09@aitimes.com