A new intelligent transaction optimization method for distributed newsql database
An optimization method and database technology, applied in the field of database transactions, can solve problems such as low concurrency, achieve the effect of improving concurrency performance and data processing efficiency
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[0073] The new distributed NEWSQL database intelligent transaction optimization method has achieved a pass rate of 100% in more than 50 designed scenarios. Here, the simplest and most classic scenarios will be described. The transaction scenarios are shown in the following table:
[0074] Table x.1 Read-write scenarios
[0075] Transaction 1 Transaction 2 (Downgrade) W(X)-Update R(X) Commit R(X)
[0076] This is a classic write-read scenario. In this scenario, transaction 1 performs a write operation on X, and transaction 2 performs a read operation. In the case of transaction downgrade, transaction 2 will be able to immediately read the data before the update of transaction 1. The old version of the data, when transaction 1 commits, transaction 2 will be able to read the new version. Before the transaction is downgraded, the first read operation of transaction 2 will be blocked until the transaction is committed, which will greatl...
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