{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"What is the significance of the maximum buffer size of a concurrent tree in a blockchain?","a":"The maximum buffer size of the concurrent tree in blockchain is mainly used for regulating and optimizing the performance of the blockchain network. It determines the maximum number of transactions that the concurrent tree can accommodate when processing transactions and maintaining blockchain data. Concurrent trees with larger buffer sizes can improve the processing speed and throughput of the blockchain system, enabling it to handle transactions and expand businesses more quickly. Meanwhile, the maximum buffer size also ensures that the blockchain can maintain stable  operation and data consistency even when facing high concurrency demands. In summary, the maximum buffer size plays a crucial role in blockchain, affecting the performance and scalability of the system."}]}],"pr":"83e7b97d4373259830f7c0a70d18a1a2d9a7a6781fa672fd32a096b50dc8be27"}