WiMi Builds A High-Performance Database Software Based on Distributed Algorithm for Specific Holographic Data

WiMi Hologram Cloud a leading global Hologram Augmented Reality (“AR”) Technology provider announced the development of a high-performance database software based on distribution algorithm for specific holographic data. The software focuses on specific data and uses distributed algorithm to achieve high-performance database calls.

The database software allows the distribution of different regions to exercise local control over their data. For example, it enables global data to be entered, queried, and maintained locally. This is due to the proximity of computer resources to the user, which reduces the cost of communication and increases the speed of response. The data in the database involving other sites is only a tiny amount, significantly reducing the amount of information transferred on the network. The security of local data can also be done better.

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The database uses the autonomy of a distributed site local DBMS, allowing most local transaction management and control to be resolved locally. Only when data from other sites are involved, does it need to be managed as a global transaction over the network. Distributed DBMS can be designed with varying degrees of autonomy, from having full site autonomy to almost fully centralized control.

Distributed systems have higher reliability and better availability than centralized systems. For example, because the data is distributed across multiple sites and has many replicated data, a failure at an individual site or individual communication link does not cause the entire system to crash, and a local failure of the system does not cause a global loss of control. If the accessed data is in the local database, then it can be executed by the computer where the user is located, and it is faster.

Distributed database technology is used to develop global applications based on several established databases, and specific changes are made to the original local database system to form a distributed system. This is simpler than rebuilding an extensive database system and saves time and financial and material resources. It is also possible to rapidly expand the existing distributed database system by increasing the number of sites.

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With the development of WiMi’s database software, its data compatibility will become more extensive. Adopting the distributed algorithm will significantly improve the performance of the database. In the future, the holographic database will contain geographic data, satellite and aerial image data, 2D vector data, urban panoramic 3D data, high-precision street view data, etc., and tourism, commercial, industry, and other information data. The holographic database will use the panoramic data collected by satellite, aerial tilt remote sensing, and other technologies to provide users with multi-dimensional map data services and industry solutions such as high-precision street view, urban panoramic 3D, and electronic navigation maps.

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