Seligmann and Garup fixed an algorithm by Hudson and Moss used for accomplishing this in the Mjolner BETA System.. Different approaches to this task make use of DRC and ZCT data structures. The train algorithm is used to carry out this technique, which may be classified as moving or non-moving. A common modern approach is tri-color marking. Approaches to this task may be compared on the basis of pause time; a generational implementation of it is used in Java. Broad classes of algorithms to do this task include mark and sweep and reference counting methods. This process helps prevent dangling pointers and double free bugs; it is used to reclaim un-needed memory. For 10 points, name this automatic memory management technique.
Seligmann and Garup fixed an algorithm by Hudson and Moss used for accomplishing this in the Mjolner BETA System.. Different approaches to this task make use of DRC and ZCT data structures. The train algorithm is used to carry out this technique, which may be classified as moving or non-moving. A common modern approach is tri-color marking. Approaches to this task may be compared on the basis of pause time; a generational implementation of it is used in Java. Broad classes of algorithms to do this task include mark and sweep and reference counting methods. This process helps prevent dangling pointers and double free bugs; it is used to reclaim un-needed memory. For 10 points, name this automatic memory management technique.
Seligmann and Garup fixed an algorithm by Hudson and Moss used for accomplishing this in the Mjolner BETA System..
Garbage collection [prompt on "automatic memory management" before it is read]