WiMi Explores A Blockchain Sharding Storage Model Optimized Specifically For The Storage Needs Of Multi-View Data
WiMi Explores A Blockchain Sharding Storage Model Optimized Specifically For The Storage Needs Of Multi-View Data
WiMi Hologram Cloud Inc. (NASDAQ:WIMI) ("WiMi" or the "Company"), a leading global Hologram Augmented Reality ("AR") Technology provider, today announced that they are exploring a blockchain sharding storage model optimized specifically for the storage needs of multi-view data.
微美全息雲控股公司(納斯達克:WIMI)(「WiMi」或「公司」),作爲全球領先的全息增強現實(「AR」)技術提供商,今天宣佈他們正在探索針對多視圖數據存儲需求專門優化的區塊鏈分片存儲模型。
Sharding storage is an advanced architecture in blockchain technology that divides the blockchain network into multiple independent "shards," with each shard responsible for processing and storing a portion of the data. This approach can significantly improve the scalability and processing speed of the blockchain system, as data is no longer concentrated on a few nodes but is distributed across various parts of the network, thereby avoiding single-point bottlenecks. This method effectively alleviates the storage pressure on full nodes, as each node only needs to store and validate the data shard relevant to it, rather than the entire blockchain history.
分片存儲是區塊鏈科技中的一種愛文思控股架構,它將區塊鏈網絡劃分爲多個獨立的"分片",每個分片負責處理和存儲部分數據。這種方法可以顯著提高區塊鏈系統的可擴展性和處理速度,因爲數據不再集中在少數節點上,而是分佈在網絡的不同部分,從而避免了單點瓶頸。這種方法有效減輕了全節點的存儲壓力,因爲每個節點只需存儲和驗證與其相關的數據分片,而不是整個區塊鏈歷史。
In a multi-view data environment, an object may consist of information from multiple perspectives or levels, with complex interrelationships between these views. A sharding storage model needs to account for the multidimensional attributes of the data to ensure consistency across different views. This means that the information for each view must be properly stored and linked, allowing users to access complete information from any perspective.
在多視圖數據環境中,一個對象可能由多個視角或層次的信息組成,視角之間存在複雜的相互關係。分片存儲模型需要考慮數據的多維屬性,以確保不同視圖之間的一致性。這意味着每個視圖的信息必須正確存儲和鏈接,以便用戶可以從任何視角訪問完整的信息。