1. A method for executing a linear addressing scheme across a partitioned linear address space, comprising: capturing statistics for a plurality of elements of the partitioned linear address space to produce statistical data, wherein each element of the plurality of elements is an addressable location in the partitioned linear address space; rating subspaces of the partitioned linear address space based on the statistical data of at least one element and based on an exponential moving average of the statistical data having a decay rate specified by at least one of a time value and a threshold value of measured statistics to produce a corresponding weight of each subspace comprising a first weight and an exponential moving average weight; differentiating the subspaces based on frequency of access; designating each of the subspaces as being at least one of a lesser significance and a greater significance based on the frequency of access; altering boundaries that separate the subspaces, in accordance with the statistical data dynamically accumulated based on changes to the corresponding weight of each subspace, to effect coarser granularity in the subspaces designated to have the lesser significance and finer granularity in the subspaces designated to have the greater significance; and readjusting the partitioned linear address space to form new boundaries, the readjusting comprising at least one of splitting and merging the subspaces based on continued dynamic accumulation of the statistical data and the corresponding weight of each subspace, wherein the exponential moving average weight is utilized select when the at least one of splitting and merging occur, wherein the splitting comprises splitting a subspace into two halves, and each subspace comprises a density based on the weight of the subspace and a subspace size, wherein the densities of the two halves are weighted by the densities of its' adjacent subspaces to prevent uneven subspace distribution, wherein the exponential moving average does not reset during a reset process to decouple the readjusting of the partitioned linear address space from the reset process to maintain the new boundaries across the reset process, wherein the first weight is reported to a user and is set to zero during the reset process.