Filecoin和Swan Chain聯手開發AI領導的分散基礎設施

據報導，著名的數據存儲平台Filecoin與尖端計算公司Swan Chain合作。該合作旨在開發AI領導的分散基礎設施。它結合了高性能與耐心和可擴展的存儲。

Filecoin, a decentralized data storage platform, is collaborating with Swan Chain, a Web3 computing company, to build AI-led decentralized infrastructure.

Felecoin是一個分散的數據存儲平台，正在與Web3計算公司Swan Chain合作，以構建AI-LED分散基礎架構。

Both FinTech firms intend to develop a future where AI models operate efficiently within a decentralized agenda and free from the restrictions of conventional centrally controlled cloud providers.

兩家金融科技公司都打算發展一個未來，在該未來中，AI模型在分散的議程中有效地運作，並且不受常規中央控制雲提供商的限制。

Filecoin and Swan Chain All Set to Merge Decentralized Storage and ComputationFilecoin’s partnership with Swan Chain merges AI technology with the Web3 cloud to benefit developers. This endeavor includes the incorporation of the robust computing power of Swan Chain. It also takes into account the decentralized storage capabilities of Filecoin to improve the efficiency of the AI model. In addition to this, it also decreases operational costs while guaranteeing the security of data in a permissionless and open environment.

Filecoin和Swan連鎖店都旨在合併分散的存儲和計算Filecoin與Swan Chain的合作夥伴關係，將AI技術與Web3雲合併，以使開發人員受益。這項工作包括融合天鵝鏈的強大計算能力。它還考慮了Filecoin的分散存儲能力，以提高AI模型的效率。除此之外，它還降低了運營成本，同時保證在無許可和開放環境中數據的安全性。

The mutual initiative seeks to offer enhanced accessibility and scalability, the fundamental challenges faced by AI computing. As demand for efficient AI computations rises, dependence on centrally controlled cloud services presents a bottleneck. The possible reasons behind this include the likely censorship and high costs. However, Filecoin’s collaboration with Swan Chain addresses this by strengthening developers with the infrastructure that prioritizes decentralization and efficiency.

相互倡議旨在提供增強的可訪問性和可伸縮性，這是AI計算面臨的基本挑戰。隨著對高效AI計算的需求增加，對中央控制的雲服務的依賴會帶來瓶頸。背後的可能原因包括可能的審查制度和高昂的成本。但是，Filecoin與天鵝連鎖店的合作通過使用優先權分散和效率的基礎設施來加強開發人員來解決這一問題。

Delivering an Alternative to Conventional Cloud InfrastructureAccording to Filecoin, a key aspect of this development is the dynamic assigning of computational power. AI models are now permitted to process data straight within the distributed storage ecosystem of Filecoin. This eliminates the requirement for constant data transactions between computation and storage nodes.

為Filecoin提供了傳統雲基礎結構的替代方案，該開發的關鍵方面是計算能力的動態分配。現在，允許AI模型在Filecoin的分佈式存儲生態系統中直接處理數據。這消除了計算和存儲節點之間恆定數據交易的要求。

The respective optimization increases processing speed apart from substantially decreasing costs. Overall, the collaboration combines decentralized storage and computation to deliver a resilient alternative to conventional cloud infrastructure.

相應的優化增加了處理速度，而不是大大降低成本。總體而言，該協作結合了分散的存儲和計算，以提供傳統雲基礎架構的彈性替代方案。