distributed serializability造句
例句与造句
- Distributed serializability is a major goal of distributed concurrency control for correctness.
- Distributed serializability is achieved by implementing distributed versions of the known centralized techniques.
- A common way to achieve distributed serializability in a latency, which reduces the performance of the system.
- A major goal for distributed concurrency control is distributed serializability ( or global serializability for multidatabase systems ).
- This results in both distributed CO compliance ( and thus distributed serializability ) and automatic global ( voting ) deadlock resolution.
- It's difficult to find distributed serializability in a sentence. 用distributed serializability造句挺难的
- "' Distributed serializability "'is the serializability of a schedule of a transactional distributed system ( e . g ., a distributed database system ).
- Now the " conflict graph " has the global cycle ( all conflicts are materialized ), and again it is resolved by the atomic commitment protocol, and distributed serializability is maintained.
- A distinguishing characteristic of the CO solution to distributed serializability from other techniques is the fact that it requires no conflict information distributed ( e . g ., local precedence relations, locks, timestamps, tickets ), which makes it uniquely effective.
- With the proliferation of the Internet, Cloud computing, Grid computing, and small, portable, powerful computing devices ( e . g ., smartphones ) the need for effective distributed serializability techniques to ensure correctness in and among distributed applications seems to increase.
- As such CO provides a low overhead, general solution for global serializability ( and distributed serializability ), instrumental for global concurrency control ( and distributed concurrency control ) of multi database systems and other transactional objects, possibly highly distributed ( e . g ., within cloud computing, grid computing, and networks of smartphones ).
- CO allows to achieve distributed serializability under very general conditions, without a distributed lock manager, exhibiting the benefits already explored above for multidatabase environments; in particular : reliability, high performance, scalability, possibility of using " optimistic concurrency control " when desired, no conflict information related communications over the network ( which have incurred overhead and delays ), and automatic distributed deadlock resolution.