Accounting system and method based on block concurrent execution algorithm

Abstract

The invention discloses an accounting method and system based on a block concurrent execution algorithm. The method includes the steps of 1. adding concurrent execution enabling to each transaction block, so that each transaction block can concurrently execute transaction flow, and avoid waiting for a transaction record result of a previous transaction block and set fixed total time; 2. setting transaction blocks to adopt bidirectional information transfer, enabling each transaction block to conduct transactions at the same time based on concurrent execution enabling; and 3. performing a concurrent execution process, a transaction block completing account book recording in advance waiting for the previous transaction block to initiate a link till all the transaction blocks complete account book recording. The accounting system and method based on the block concurrent execution algorithm mainly has the advantages of a high resource utilization rate, realization of a non-responsiblized accounting mode, multiple-grade improvement of accounting efficiency compared with a traditional accounting mode and the like.

Description

technical field [0001] The invention belongs to the technical field of bookkeeping, and in particular relates to a bookkeeping system and method based on block concurrent execution algorithms. Background technique [0002] The transaction execution process of the traditional blockchain-like triple bookkeeping mode mainly includes transaction initiators, transaction destinations, public keys, private keys, signatures, hash functions, etc., and transaction communication is carried out through chain structure for transaction information transmission Yes, this transaction process is relatively simple and straightforward to implement, just like a flow chart. In this chain structure information transmission method, as long as the connection between transaction block nodes, the direction of data transmission, and the conditions for transferring from one transaction block to the next transaction block are described, the transaction can be designed. process and record transactions. ...

AI Technical Summary

Problems solved by technology

[0010] In summary, the traditional triple ledger conducts sequential transactions based on time stamps. Transaction information is stored in transaction blocks. The speed at which transaction information is generated is fixed, and transactions are processed and distributed along the time stamps. Each transaction block records The transaction information within a few minutes (for example, 10 minutes) is collected, and a new transaction block is generated after every 10 minutes, and then subsequent transaction operations are performed. The liquidation method adopts the T+1 mode, which has a long time period and affects transaction efficiency

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