垃圾收集器通常两者只能顾其一。
Typically a garbage collector is optimised for one or the other.
还可以调用JVM的垃圾收集器(GC)。
垃圾收集器与类装入器的交互很密切。
The garbage collector interacts closely with the class loader.
垃圾收集器如何处理references ？
垃圾收集器为了优化其性能已经执行了很多自动调整。
The garbage collector already does a lot of autonomic tuning to try to optimize its performance.
在Lua 5.1中，垃圾收集器是以增量方式工作的。
注意垃圾收集器活动状态下对应于时间量子的周期性下降。
Note the periodic dips corresponding to time quanta where the garbage collector is active.
内存绝不会被应用程序显式释放，而是被垃圾收集器定期回收。
Memory is never explicitly freed by the application but is instead reclaimed periodically by the garbage collector.
如你所愿，这将导致句柄指向的对象被垃圾收集器从堆上删除。
As you would expect, this results in the objects to which the handles point being eligible for deletion from the heap by the garbage collector.
V8的垃圾收集器将把不再使用的对象的内存回收掉。
The V8 garbage collector reclaims memory used by objects that can never again be accessed.
如果有的话，垃圾收集器将提供该配置，那么调整就没有必要了。
If there were, the garbage collector would ship with that configuration, and tuning would be unnecessary.
引用类的主要功能就是能够引用仍可以被垃圾收集器回收的对象。
The main feature of the reference classes is the ability to refer to an object that can still be reclaimed by the garbage collector.
Memory：在JVM垃圾收集器中针对各个堆跟踪活动。
Memory: For tracking activity against the various heaps in the JVM's garbage collector.
为了开始跟踪活对象，垃圾收集器从一组根中获得的初始对象开始。
To begin tracing through live objects, garbage collectors start from a set of initial objects obtained from roots.
通过这种方式，垃圾收集器将获得更多空间并减少完全GC的可能性。
This way, the garbage collector will obtain more breathing space, decreasing the probability of a full GC.
在NHRT等待更多工作、垃圾收集器不活动时，它将完成这一工作。
It completes its work when the NHRTs are waiting for more work and the garbage collector is inactive.
这可以避免垃圾收集器对堆进行不必要的收缩，从而改善应用程序性能。
This can improve application performance by avoiding the garbage collector unnecessarily shrinking the heap.
然而，请注意，垃圾收集器可能要运行多次才能找到并释放弱可及对象。
Note, however, that it may take multiple runs of the garbage collector before it finds and frees a weakly reachable object.
因此，为使用这种垃圾收集方法，垃圾收集器必须与编程语言集成在一起。
Therefore, to use this method of garbage collection, the collector must be integrated with the programming language.
如果响应时间比最高流量更重要，这个垃圾收集器可能是一个不错的选择。
If response time is more important than highest possible throughput, this garbage collector might be a good choice.
随后，我添加了四个窗体，然后又将它们删除，并再次调用了垃圾收集器。
Next, I added, then deleted four forms and again invoked the garbage collector.
完全有这样的可能，垃圾收集器在应用程序的生存期内可能始终不会运行。
Consider the possibility that the garbage collector may never even run during an application's lifetime.
当垃圾收集器回收程序不再使用的内存时，它可以停止任何应用程序线程。
When the garbage collector runs to reclaim memory that is no longer used by the program, it can stop all the application threads.
引用队列是垃圾收集器向应用程序返回关于对象生命周期的信息的主要方法。
Reference queues are the garbage collector's primary means of feeding back information to the application about object lifecycle.
而且，优化掉一些分配，可以降低垃圾收集器的压力，从而让收集运行得更少。
Further, optimizing away some allocations reduces pressure on the garbage collector and allows collection to run less often.
本机可以创建一些全局引用，以保证对象在不再需要时才会被垃圾收集器回收。
Natives can create global references so that objects are not garbage collected until they are no longer needed.
每种引用对象都有不同的行为，而且它们与垃圾收集器之间的交互也有所不同。
Each type of reference object has different behaviors, and their interaction with the garbage collector varies.
垃圾收集器最终无需您的干预就会算出它们何时失效，并收回它们使用的内存。
The garbage collector eventually figures out when they've outlived their usefulness, with no help from you, and reclaims the memory they used.
这种配置意味这垃圾收集器线程的优先级略高于审计线程——远低于NHRT。
This configuration means that the garbage collector thread's priority is just above the auditing thread — much lower than our NHRTs.
这种配置意味这垃圾收集器线程的优先级略高于审计线程——远低于NHRT。
This configuration means that the garbage collector thread's priority is just above the auditing thread — much lower than our NHRTs.
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