Informix数据库服务器可以自动地适应工作负载变动，性能不会显著下降。
The Informix database server can automatically adapt to changing workloads without degrading performance.
使用该系统，可以降低功率消耗，也可使多个液压缸同步动作时不受负载变动的干扰。
Using this system, it is not only able to reduce power but also synchronize multiple cylinders independent of interference with load variation.
另外，这个设计为负载水平变动提供了应变机制。
In addition, this design opened up options for load re-leveling.
备用功率：在紧急状态时，变动负载工作的情况下应急运行功率。
Stand-by power: in a state of emergency, changes in the work load of the emergency power to run. Alternatperformance.
疲惫或瓜代负荷是一个负载，其范围和签订的变动时间。
A fatigue or alternating load is a load whose magnitude and sign are changed which time.
额定功率：在变动负载功率情况下，机组连续运行，每12小时允许1小时超载10%。
Rated power: changes in the power load, the continuous operation of generating units, each 12 hours to allow 1 hour overloading 10%
为了解决这些问题，他们关于梁、杆和板在应力、压力或负载下是怎样变动的提出了假设。
To solve these problems they concocted hypotheses on how beams, rods and plates behaved under stresses, pressures, or loads.
实验结果表明，静态模型的缓存命中率预测结果比实际高70%以上，而该模型则能适应负载的变动，预测结果与实际结果差别在10%左右。
The performance of the static model differs from the actual results by 70% while the performance of the dynamic model differs by only 10%.
实验结果表明，静态模型的缓存命中率预测结果比实际高70%以上，而该模型则能适应负载的变动，预测结果与实际结果差别在10%左右。
The performance of the static model differs from the actual results by 70% while the performance of the dynamic model differs by only 10%.
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