1) Garbage collector scans the long weak reference table.

2) Garbage collector scans the Finalization queue.

3) Garbage collector tamps compacts the managed heap.

4) The Garbage Collector GC controls managed memory for you.

5) A garbageman is a garbage collector.

6) Garbage collector scans the short weak reference table.

7) Latency refers to the time that the garbage collector intrudes in your application.

8) Other design idioms have changed because of the garbage collector.

9) When available memory becomes scarce,(http:///garbage collector.html) the garbage collector kicks in.

10) Now that you are logging information from the garbage collector, run your application under normal load.

11) C garbage collector for the code to achieve a good recovery mechanisms code.

12) This section describes how the garbage collector allocates and releases memory.

13) Eventually the garbage collector must perform a collection in order to free some memory.

14) The structure and arithmetic of the Pretreatment module and GC(Garbage Collector) module are discussed. The strategy of the Optimization of Code are provided.

15) The IBM garbage collector on AIX minimises the use of physical memory by decommitting (releasing the backing storage for) sections of the heap as the used area of heap shrinks.

16) When next collecting comes , garbage collector reclaims its memory.

17) Describes the performance counters provide information about the garbage collector.

18) Everybody else became a fireman or a cop or a garbage collector or 3 truck driver.

19) Also, the lack of pointer arithmetic can simplify the implementation of the garbage collector.

20) Probably . He claims his next move was going to be phoning the garbage collector.

21) Describes how to specify whether the runtime should run the garbage collector concurrently.

22) When no more storage is available, the system invokes a garbage collector.

23) Reference queues, to which registered reference objects are appended by the garbage collector after the appropriate reachability changes are detected.

24) This is a rather large amount of memory for the garbage collector to allocate and clean up on an ongoing basis.

25) For example, the predefined function void declare_reachable(void* p); asks the garbage collector not to reclaim storage pointed to by the pointer p.

26) If a pointer pointing to an object not in the graph, then the object is not a reachable object, and then garbage collector sets the slot to null in the short weak reference table.

27) Because the cost of a page fault is high, it is desirable that a garbage collector properly manage locality of reference.

28) The more objects that are created, the more frequently the JVM garbage collector has to reclaim memory and, at least partially, interrupt request handling at that time.

29) Logging GC usage is not intrusive, and so it is reasonable to enable GC logging in production by default in the event you ever need to analyze memory problems or tune the garbage collector.

30) Therefore, the object will not be collected right away by garbage collector.

31) Garbage collector records the start address and size of the memory block for generations.

32) The garbage collector does not track references to unmanaged code.

33) Its modules consist of a virtual machine kernel, garbage collector, debugging interface, and others.

34) Conversely, if you are working on an interactive system such as a web application, then a low latency garbage collector is generally the best choice.