1、Total time spent in garbage collection should be no more than 15% of the duration of the test.
垃圾回收占用的總時間應(yīng)該不超過測試持續(xù)時間的15%。

2、Verbose garbage collection is not as verbose as the name suggests.
詳細垃圾收集并非像其名稱暗示的那樣詳細。

3、While garbage collection must be tolerated, arduously long pause times are another matter entirely.
盡管必須忍受垃圾收集，但是暫停時間太長完全是另一回事。

4、The most straightforward garbage collection strategy is reference counting.
最直觀的垃圾收集策略是引用計數(shù)。

5、We also recommend that you enable verbose garbage collection tracing.
我們還建議啟用詳細的垃圾收集跟蹤。

6、This is when garbage collection becomes unavoidable.
這時候就不可避免要進行垃圾收集。

7、It turns out that for most objects, the direct garbage collection cost is — zero.
對于多數(shù)對象來說，直接垃圾收集的成本為零。

8、How does garbage collection work?
垃圾收集如何工作？

9、Reference objects introduce some additional costs into the garbage collection process.
引用對象給垃圾收集過程帶來了一些附加的成本。

10、This will increase CPU cycles with garbage collection of UI objects.
這會隨著UI對象的垃圾收集而增加CPU周期。

11、Either way, your JVM's output will now include the garbage collection information.
無論采用哪種方法，JVM的輸出現(xiàn)在都會包含垃圾收集信息。

12、Verbose garbage collection is enabled by way of the -verbose: gc option.
詳細垃圾回收是通過- verbose：gc選項啟用的。

13、The LPGC provides garbage collection in parallel to the JVM's work.
LPGC提供與JVM的工作并行的垃圾收集功能。

14、The JVM may continue growing the heap rather than wait for a garbage collection cycle to complete.
JVM可能繼續(xù)增大堆，而不等待一個垃圾收集周期的完成。

15、JVM heap size parameters directly influence garbage collection behavior.
jvm堆大小參數(shù)將直接影響垃圾收集行為。

16、Using garbage collection to simplify memory management for lists.
使用垃圾收集器來簡化列表的內(nèi)存管理。

17、Garbage collection can have a big effect on application performance.
垃圾收集對應(yīng)用程序的性能具有很大影響。

18、In certain situations, however, garbage collection performance nosedives for no apparent reason.
但是在某些情況下，垃圾收集的性能會莫名其妙地迅速降低。

19、The first line in the example above indicates a garbage collection occurred.
上面示例中的第一行指示發(fā)生了一次垃圾收集。

20、Next, understand your application's garbage collection requirements and tune the JVM accordingly.
接下來，了解應(yīng)用程序的垃圾收集需求并相應(yīng)地調(diào)整J VM。

21、Figure 3 charts the garbage collection intervals for each of the four heap sizes.
圖3展示了四種堆大小的垃圾收集間隔時間。

22、Garbage collection is the process of reclaiming invalid blocks.
垃圾收集是一個回收無效塊的過程(無效塊中包含了一些無效數(shù)據(jù))。

23、Obviously, a lot of garbage collection can really slow down your application.
顯然，大量的垃圾收集可以真正減慢應(yīng)用程序的運行速度。

24、The default value of 2 specifies that garbage collection occurs irrespective of the limits.
默認值2指定垃圾收集的發(fā)生不考慮限制。

25、The pause time is the amount of time that a garbage collection cycle took to complete.
暫停時間是垃圾收集周期完成所需的時間。

26、SUN's JVM 1.3.1 USES a generational garbage collection algorithm.
SUN的JVM1.3.1使用分代垃圾收集算法。

27、Then, examine the garbage collection logs.
然后，研究垃圾收集日志。

28、NILFS2 realized online garbage collection that reclaims disk space with keeping multiple snapshots.
NILFS2實現(xiàn)了在線的垃圾回收，在保持多個快照的同時回收磁盤空間。

29、The JVM is effectively paused during the garbage collection run.
在運行垃圾收集期間，JVM實際上會暫停。

30、Garbage collection will usually kick in when a memory allocation failure occurs.
當(dāng)出現(xiàn)內(nèi)存分配失敗的時候，通常將啟動垃圾收集(GC)。

garbage collection翻譯