Main meals
- Digital Entertainment City Namba is the expanded reality project (XR) in Osaka that merges the evidence of artificial intelligence throughout the city.
- The new initiative is working on Mori Debine.
- DePins, which was initially focused on giving graphics increasingly on artificial intelligence processing.
Artificial Intelligence (AI) and The extended reality (XR) Both carries tremendous potential to transform sectors such as retail, entertainment and tourism.
They both also require similar devices to implement them.
Digital Entertainment City Namba, a new collaboration between Mawari, Meta Osaka, Nankai Electric Railway and Namba E-Stadium, explains how decentralous physical infrastructure networks can serve the mathematical needs of both technologies at the same time.
Digital entertainment city Namba
Osaka has a rich cultural and technological history. For example, more than 140 years ago, the Nankai railway was opened as the first train line run by Japan.
Today, the Nankai Electric Railway continues that the history of innovation with a new reality project (XR) merges AI and Mawari Depin.
Supported Decentralization GPU, Digital Entertainment City Namba Integration of the virtual AI’s evidence into XR experiences over Osaka.
“These AI’s personalities can deal with tasks ranging from tourism guidance to customer service, which creates a human -like intuitive reactions that go beyond linguistic barriers,” Mawary explained in a press statement.
DePins for XR
It was traditionally difficult to withdraw the most ambitious XR projects across the extended squares High mathematical burden From submitting graphics.
Merging artificial intelligence holds the logistical challenge for implementation.
DePins has emerged as a possible solution to this challenge, with platforms like Mawari and Funta and promised to reduce cumin and reduce the frequency range with No networks of graphics processing units.
The platform is especially useful for the NAMBA digital entertainment city, which also merges artificial intelligence. Like graphics, artificial intelligence requires strong graphics processing units, which limits what can be implemented on regular devices.
The axis of artificial intelligence
One of the most successful DePins GPU so far is DisplayWhich began to focus on graphics, but it increases the demand for artificial intelligence processing.
As it becomes clear from the last project in Osaka, Mori also started taking advantage of his graphics processing units for artificial intelligence.
Looking at the dual GPUS functions, the transition from graphics to artificial intelligence is a natural axis.
Meanwhile, projects such as Digital Entertainment City Namba reflect the increasing intersection of both technologies, as decentralized GPU networks can play an important role with the development of things.
Debon in Japanese law
Under Japanese encryption legislation, DePin symbols such as RNDR and MWR are classified as interest symbols, and therefore are not subject to Japanese securities laws.
In theory, some DePins can be included under the law against unjustified installments and misleading representations (UPMR) and the act on specific commercial transactions, which regulate incentives to buy goods or services.
However, GPU operators are independent of GPU manufacturers and do not set strict devices.
For example, any graphics processing unit that meets the requirements of memory and performance needed to become a Morey node or width. Therefore, insurance and incentives regulations do not apply.
Was this article useful?
