Abstract: Methods, systems, and computer readable media can be operable to dynamically determine an optimal number of equalizer taps to be used at an upstream receiver based upon existing conditions on an upstream channel. Pre-equalizer coefficients associated with an upstream channel can be used to determine an optimal number of equalizer taps to be used at an upstream receiver. The number of equalizer taps can be dynamically determined for an individual customer premise equipment device or for a plurality of customer premise equipment devices using the same upstream channel.

Abstract: Methods, systems, and computer readable media can be operable to dynamically determine an optimal number of equalizer taps to be used at an upstream receiver based upon existing conditions on an upstream channel. Pre-equalizer coefficients associated with an upstream channel can be used to determine an optimal number of equalizer taps to be used at an upstream receiver. The number of equalizer taps can be dynamically determined for an individual customer premise equipment device or for a plurality of customer premise equipment devices using the same upstream channel.

Abstract: Certain embodiments of the present invention provide methods and systems for dynamic, two-stage archiving and/or retrieval of clinical data. Certain embodiments provide a method for dynamic, two-stage clinical data archiving. The method includes copying clinical data from a primary datastore to a staging datastore, wherein non-clinical data is retained at the primary datastore and not passed to the staging datastore. The method further includes copying the clinical data from the staging datastore to an archive datastore. The method also includes deleting the clinical data from the staging datastore after the clinical data has been copied to the archive datastore. In certain embodiments, data may be restored from the archive datastore to the primary datastore via the staging datastore similar to the archiving process described above.