Dt_relr

tree = DecisionTreeClassifier(max_depth=3, max_leaf_nodes=8) tree.fit(X_train, y_train)

By compressing relocation information, DT_RELR significantly reduces the size of the .dynamic section and relocation tables. For large C++ binaries, this can shave off megabytes of disk space. This is critical for mobile app distribution and embedded systems where storage is at a premium. dt_relr

: By reducing the size of the relocation section, the operating system can load programs faster and use less RAM. : By reducing the size of the relocation

Smaller metadata means less dirty memory. When a process starts, the relocation tables must be paged in. Reducing their size reduces the pressure on the memory management unit (MMU) and minimizes page faults during the critical startup path. Reducing their size reduces the pressure on the

: Major distributions like Fedora and openSUSE have moved toward enabling this by default in their toolchains to optimize system-wide performance.