Negligible memory and time overhead when building.
构建时间的内存和时间开销可以忽略不计。
This option is generally very fast and adds no run time overhead at all.
此选项通常非常快，完全不会增加运行时开销。
Your ESB should not introduce more than a necessary response-time overhead.
您的ESB带来的响应时间开销不应该多于必要响应时间开销。
The elapsed time overhead, expressed as a percentage, is shown by the yellow line.
时间开销用百分比表达，显示为黄线。
They are proven to produce the low-error estimate and incur almost no run-time overhead.
它们被证明可以产生低误差的估计，并且几乎不占用运行时开销。
Now, in addition to memory overhead, there's also time overhead.
现在，除了内存开销，还有时间开销。
The time overhead for this function that is caused by instrumentation.
此函数由检测导致的时间开销。
The time overhead for this function that was caused by instrumentation.
此函数由检测导致的时间开销。
The time overhead for this function and its child functions that is caused by instrumentation.
此函数及其子函数由检测导致的时间开销。
The time overhead for this function and its child functions that was caused by instrumentation.
此函数及其子函数由检测导致的时间开销。
The time overhead for this function or module and its child functions because of instrumentation.
此函数或模块及其子函数因检测所致的时间开销。
Normally, for production deployments, you will build without the contract4j5.jar so that you incur no run-time overhead.
正常情况下，对于生产部署，构建时应当不用 contract4j5.jar，以便不增加运行时开销。
Experimental results show that the proposed method can decrease the time overhead required by the training of a neural network.
试验结果表明该方法能减少神经网络的训练时间。
By using the scripts in this article, you can eliminate much of the hardship while reducing the time overhead that might normally be associated with the process.
通过使用本文中的脚本，可以减少许多困难，同时减少通常可能与这个过程有关的时间花费。
A novel multimedia extension architecture was proposed to reduce the time overhead of data permutation caused by conventional SIMD multimedia extension architecture.
为了减少传统SIMD多媒体扩展体系存在的数据置换时间开销，该文提出了一种新的多媒体扩展体系。
Startup time overhead to populate a new cache (which I discuss later in this article) is not significant, as each class simply needs to be relocated into the cache as it is defined.
填充新缓存导致的启动时间开销(在本文后面讨论)并不显著，因为每个类只需在定义时重新定位到缓存中。
Startup time overhead to populate a new cache (which I discuss later in this article) is not significant, as each class simply needs to be relocated into the cache as it is defined.
填充新缓存导致的启动时间开销(在本文后面讨论)并不显著，因为每个类只需在定义时重新定位到缓存中。
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