下面是OnBar活动日志的摘录，展示了顺序恢复与并行恢复之间的不同之处。
The difference between a sequential and a parallel restore is shown by the following excerpts from the OnBar activity log.
根据Informix的说法，onbar具有比ontape更好的功能；它可以执行并行备份和恢复，将对整体性能有益。
Well, according to Informix, onbar has a better functionality than ontape; it can perform parallel backup and restore and that would be beneficial to overall performance.
并行物理恢复('OnBar -r-p')
IDS现在可以对备份和恢复过程中dbspace的排序做出明智的决策，以取得最大的并行度，从而减少备份和恢复所需的时间。
IDS now makes intelligent decisions regarding the ordering of dbspaces during backup and restore processes to achieve maximum parallelism, thus reducing the backup and restore time necessary.
在恢复根dbspace之后，onbar派生出一些附加的OnBar进程，其他的dbspaces将被并行地处理(基于BAR_MAX_BACKUP)。
After restoring the root dbspace, OnBar forks additional OnBar processes and the remaining dbspaces are processed in parallel mode (up to BAR_MAX_BACKUP).
改善的备份和恢复并行度。
与其它已有的方案相比，方案的优点在于计算量低和子秘密恢复时采用了并行算法。
Compared with other schemes, the proposed scheme has the advantages of lower computation and parallel reconstruction in a secret recovery phase.
本文在对开断过程中介质恢复特性进行的研究中，以两场并行计算得到的结果为依托进行了单元节点的数据耦合。
In computing the dielectric recovery characteristic of HVCB during the interrupting course, the numerical results of parallel couple calculation on flow field and electric field has been performed.
恢复系统密钥时，采用并行过程。
与传统并行数据恢复电路相比，该电路不需要本地参考时钟，并且恢复出的并行数据是位同步的。
Compared with conventional circuits, the recovered parallel data is bit-synchronous, and the reference clock is avoided.
本发明通过减小日志记录大小并允许恢复操作的并行执行，改善了日志系统的性能。
The present invention improves the performance of a logging system by reducing the size of log records and by allowing parallel execution of recovery operations.
这种系统需要并行控制和恢复机制。
Such a system requires concurrency control and recovery mechanisms.
由于这种分离，数据仓库不需要事务处理、恢复和并行控制机制。
Due to this separation, a data warehouse does not require transaction processing, recovery, and concurrency control mechanisms.
GCS和GES被设计来在多个并行节点的失败情况下恢复。
GCS and GES are designed to be resilient in the event of multiple concurrent node failures.
使用后路器械并行T8-L2融合治疗骨折，术后使用胸腰支具制动，患者恢复良好。
Fracture treatment entailed posterior instrumentation with fusion at T8-L2 and immobilization after surgery with a thoracolumbosacral orthosis brace, which led to successful healing of the injury.
使用后路器械并行T8-L2融合治疗骨折，术后使用胸腰支具制动，患者恢复良好。
Fracture treatment entailed posterior instrumentation with fusion at T8-L2 and immobilization after surgery with a thoracolumbosacral orthosis brace, which led to successful healing of the injury.
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