In a distributed real time database system, the only way to ensure transaction atomicity is to investigate and develop a real time atomic commit protocol.
在分布式实时数据库系统中，保证事务原子性的唯一途径是研究和开发出一个实时的原子提交协议。
A mechanism for secure real-time database scenario, which combines SMC with the channel capacity, is presented to measure and mitigate the threat of transaction covert channel.
其后，基于安全实时数据库应用场景给出了结合短消息指标和信道容量的事务隐蔽信道度量和限制机制。
In active real-time database systems, transaction concurrency control gets more difficult for integrating time constraint with active mechanism.
主动实时数据库因结合了时间限制与主动机制而使系统事务的并发控制变得更为复杂。
The distribution of transactions and unpredictability of transaction triggering make the transaction schedule more difficult in distributed active real-time database system (DARTDBS).
事务的分布性和事务触发的不可预测性使得分布式主动实时数据库系统中的事务调度变得较为复杂。
Multiversion optimistic concurrency control (MVOCC) protocol and mobile transaction real-time commit (MTRTC) protocol are presented for mobile distributed real-time database systems (MDRTDBSs).
提出了移动事务实时提交协议(MTRTC)和多版本乐观并发控制协议(MVOCC)处理移动分布式实时事务。
In addition, IACM associates with the real time transaction model based on function alterative, so IACM suits for embedded real time database systems.
另外，IACM建立在基于替代的实时事务模型上，适用于嵌入式实时数据库系统。
Transaction scheduling system is affair schedule center, and the aim of transaction scheduling is to ensure real-time credibility of data in the real-time database and the reliability of run for DCS.
调度系统是事务调度中心，事务调度目的在于保证实时数据库中数据的实时有效性，从而保证DCS系统可靠的运行。
Timing constraints in real time database systems have data timing constraints and transaction timing constraints.
数据的定时限制和事务的定时限制。
Timing constraints in real time database systems have data timing constraints and transaction timing constraints.
数据的定时限制和事务的定时限制。
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