The development of blockchain applications increased the demand for blockchain performance. Among the attempts of many blockchain scale-out solutions, sharding can improve performance and reduce the storage requirements of each node. Sharding enhances the throughput of the entire blockchain. Most sharding solutions have a fixed number of shards. We propose Wider chain with sharding by account. The number of shards is increased to unlimited. Meanwhile, Wider combines the idea of rollup and retains the main chain to confirm the status of the subchains. This design can avoid the Proof of Work computing power being scattered to the subchains and ensure the security of the blockchain.
翻译:块链应用的开发增加了对块链性能的需求,在许多块链扩展解决方案的尝试中,分割可以改善每个节点的性能和减少储存要求。碎片可以增加整个块链的吞吐量。大多数碎片化解决方案有固定的碎片数量。我们建议采用按账分拆的大链。碎片数量是无限的。与此同时,大块将滚动理念结合起来,保留主链以确认子链的状况。这种设计可以避免工作计算能力证明分散到子链,并确保块链的安全。