With this model, you can simulate the effects a higher near-cache hit will have on the average data access time.
使用这个模型，您可以对较高近距离缓存命中率对平均数据访问时间造成的影响进行模拟。
Average data server time - Displays the average data server time for completed transactions within the selected time interval.
平均数据服务器时间：显示所选时间间隔内完成事务的平均数据服务器时间。
Figure 15. Increasing the probability of a near-cache hit, either through larger near caches or affinity routing, reduces the average data access time.
图15.通过较大近缓存或者关联路由，逐渐增加近缓存命中的概率，可以减少平均数据访问时间。
In this case the user's perception of service speed can be far higher than his average data rate allocation.
因此，用户可感觉到其服务速度远高于平均数据速率分配。
The weighted average data merging technique was used to establish a method for compiling ideal integrated maps.
采用加权平均的数据融合技术，探讨了编制理想综合图件的方法。
The simulation results show that this replication strategy can reduce the average data access time efficiently.
模拟实验的结果显示此副本创建策略可以有效降低数据平均访问时间。
The typical values are average data of laboratory and only for reference. The data can not be used for standard of production.
典型值是指实验室平均数据，仅用于使用时的参考，不作为产品的标准。
Average data server time per transaction - the average time spent on the data server for completed transactions.
每个事务的平均数据服务器时间：已完成事务花费在数据服务器上的平均时间。
Average data server time per transaction - the average time spent on the data server for completed transactions.
每个事务的平均数据服务器时间：已完成事务花费在数据服务器上的平均时间。
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