在苍蝇觉察到苍蝇拍之后，这一整套动作在约100毫秒内发生。
All of this action takes place within about 100 milliseconds after the fly first spots the swatter.
圣诞老人有大约48个小时来完成这项工作，因此他只有超过0.2毫秒少许的时间在每个住户间疾走。
With roughly 48 hours to do the job, Santa only has a little over 0.2 milliseconds to scamper between households.
由于人们在交谈方面受过非常好的训练，他们通常能够在几毫秒内轮流进行交谈，从而形成流畅的对话。
Since people are very well-trained in having conversations, they are often able to take turns within milliseconds, resulting in a conversational flow of smoothly meshed behaviors.
库纳尔和霍洛维茨报告说，那些使用免提电话之类的人，他们的平均反应时间比不使用免提电话的人慢212毫秒。
As Kunar and Horowitz report, those who were making the equivalent of a hands-free call had an average reaction time 212 milliseconds slower than those who were not.
快速决策可以是重要的防御机制；在判断某人是否是个危险人物时，我们的大脑和身体会自发地在几毫秒内做出快速反应。
Snap decisions can be important defense mechanisms; if we are judging whether someone is dangerous, our brains and bodies are hard-wired to react very quickly, within milliseconds.
那些只复述单词的人与那些不分散注意力的人表现得一样，但那些任务更复杂的人反应时间更差——平均多出480毫秒的延迟。
Those only repeating words performed the same as those with no distraction, but those with the more complicated task showed even worse reaction times—an average of 480 milliseconds extra delay.
现在 4G 收发数据大概需要100到200毫秒。
Now, 4G takes about 100 to 200 milliseconds to send and receive data.
5G 会把所需时间缩短到1毫秒或更少，这几乎是实时同步的。
5G will get it down to 1 millisecond or less—this is almost real-time.
图16b.延迟时间(毫秒)。
图13b.延迟时间(毫秒)。
而将这个对象读回则花了1毫秒。
这个图显示平均响应时间为573毫秒。
This graph shows an average response time of 573 milliseconds.
几百毫秒的延迟并不少见。
我们使用的值为1000毫秒(1秒)。
默认设置是30000毫秒，即30秒。
按照相同的想法，使用毫秒精度计算时间。
Calculating time with millisecond precision follows the same idea.
delay (int)注意：按毫秒计。
它是以毫秒为单位的，我们将其设置为十分钟。
This is specified in milliseconds and is set to ten minutes.
它以毫秒级的精度封装时间上的某个瞬间时刻。
It encapsulates an instant in time with millisecond precision.
例如，下面所示的鼠标按下时间为574毫秒。
For example, the mouse-hold time shown below is 574 milliseconds.
即使只显示10毫秒，通常的影像也是可见的。
Normally images are visible even if shown for as little as 10 milliseconds.
值 1000将间隔设为 1000毫秒。
这样不会节省太多时间，但能节省几毫秒的时间。
此时间间隔的默认值为单个指令周期(10毫秒)。
The default value for this interval is a single clock tick (10 milliseconds).
结果是781毫秒，不确定度为2毫秒。
219毫秒与223毫秒。
区别在于中间结果必须使用每秒的毫秒数进行转换。
The difference is that the intermediate result must be converted using milliseconds per second.
如果测试运行的时间超过指定的毫秒数，则测试失败。
If the test takes longer than the specified number of milliseconds to run, the test fails.
例如，许多操作系统以几十毫秒作为时间度量的单位。
For example, many operating systems measure time in units of tens of milliseconds.
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