The specific compression technique and implementation details can affect performance.

The higher data density is achieved by using exhaustive compression techniques.

To address this issue, low-overhead compression techniques can be used.

A second compression technique is achieved through data reduction algorithms.

The compression technique has been used in both standardized and proprietary designs.

A full analysis of compression techniques is beyond the scope of this study.

Apply other compression techniques to reduce the overall size of the database.

As such, they are only used in inter-frame compression techniques.

So it's possible to use standard compression techniques to make it much smaller.

Space efficiency of B+ trees can be improved by using some compression techniques.