Obviously, a lot of garbage collection can really slow down your application.
显然，大量的垃圾收集可以真正减慢应用程序的运行速度。
This creates the best balance between the rate and length of garbage collection cycles.
这样就能够在垃圾回收周期的频率和长度之间实现最佳的平衡。
OK, so which of these approaches does the JDK take for garbage collection?
那么JDK 使用了哪种方式进行垃圾收集呢？
Impact of JVM garbage collection on performance and scalability.
J VM垃圾收集对性能和可伸缩性的影响。
Making sense of garbage collection data
了解垃圾收集数据的意义
Excessive garbage collection (GC) is a common cause of poor application performance.
过度的垃圾收集(Garbage Collection,GC)是性能低下的一个普遍原因。
What percentage of the total available CPU time is spent in garbage collection?
总的可用CPU时间用在垃圾收集上的百分比是多少？
You should also be aware of the garbage collection feature first introduced in AIX Version 5.3.
您还应该了解在AIXVersion 5.3 中首次引入的垃圾回收特性。
We introduced most of aspects of garbage collection prior to CLR 4.0.
以上我们说到了CLR 4.0以前垃圾收集的大部分方面。
This method will not be called automatically by JVM as part of garbage collection.
这个方法将由JVM作为垃圾收集的一部分被自动调用。
Displays the current number of garbage collection handles in use.
显示正在使用的垃圾回收处理的当前数目。
This counter is incremented at the end of a generation 0 garbage collection.
此计数器在第 0 级垃圾回收结束时递增。
The lower part of the illustration shows the objects after garbage collection.
插图的下半部分显示了垃圾回收后的对象。
The number of bytes promoted to a higher generation at the most recent garbage collection.
最近的记忆体回收中升级为更高层代的位元组数。
Indicates a property of a garbage collection root.
表示记忆体回收根的属性。
Indicates a property of a garbage collection root.
表示记忆体回收根的属性。
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