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Since JDK 1.2, the generational garbage collector has reduced memory allocation costs to low levels, in many cases lower than C or C++. Generational garbage collection reduces garbage collection costs by grouping objects into generations. The _younger generation_ consists of short-lived objects. The GC performs a minor collection on the younger generation when it fills up with dead objects \[[Oracle 2010a|AA. Bibliography#Oracle 10a10]\]. Improved garbage collection algorithms have reduced the cost of garbage collection so that it is proportional to the number of live objects in the younger generation rather than to the total number of objects allocated since the last garbage collection. |
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\[[API 2006|AA. Bibliography#API 06]\] Class {{System}}
\[[Bloch 2008|AA. Bibliography#Bloch 08]\] Item 6: "Eliminate obsolete object references"
\[[CommesCoomes 2007|AA. Bibliography#CommesBibliography#Coomes 07]\] Garbage Collection Concepts and Programming Tips
\[[Goetz 2004|AA. Bibliography#Goetz 04]\] Java theory and practice: Garbage collection and performance
\[[Lo 2005|AA. Bibliography#Lo 05]\] Security Issues in Garbage Collection
\[[MITRE 2009|AA. Bibliography#MITRE 09]\] [CWE-405|http://cwe.mitre.org/data/definitions/405.html] "Asymmetric Resource Consumption (Amplification)" |
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