Abstract: Embodiments can disclose a method of managing usage of a workstation. The method can include: performing a desktop management sequence; performing a start-up sequence; displaying a login graphic on a screen of a monitor of the workstation; receiving first login information from a user; validating the first login information to check if the user is authorized to use the workstation; if the user is authorized to use the workstation, performing an autolaunch sequence, where performing the autolaunch sequence can include starting one or more pervasive computer applications; checking to see if the one or more pervasive computer application is active; if at least one first application of the one or more pervasive computer applications is not active, restarting the at least one first application of the one or more pervasive computer applications; receiving one or more instructions to logout from the user; and closing the one or more pervasive computer applications. Other embodiments are disclosed herein.

Abstract: An exemplary incremental weight for an exercise system has a generally annular magnet encapsulated within a coating which cushions the magnet, protecting it both from becoming damaged, and from damaging an exercise apparatus, while promoting the adhesive properties of the magnet. In a first exemplary embodiment, the coating comprises a first annular rib and a second annular rib extending respectively about outer and inner peripheries of the generally annular magnet, and a plurality of ribs extending radially between the first and second annular ribs. The generally annular magnet, in exemplary embodiments, comprises at least one of a ceramic magnet, ferrite, or an alnico magnet. Exemplary coatings may be elastomeric, molded silicone, or anti-slip coatings. In another exemplary embodiment, a plurality of mounting pads are attached to a surface of said weight defined by an annular surface of said magnet.

Abstract: An exemplary incremental weight for an exercise system has a generally annular magnet encapsulated within a coating which cushions the magnet, protecting it both from becoming damaged, and from damaging an exercise apparatus, while promoting the adhesive properties of the magnet. In a first exemplary embodiment, the coating comprises a first annular rib and a second annular rib extending respectively about outer and inner peripheries of the generally annular magnet, and a plurality of ribs extending radially between the first and second annular ribs. The generally annular magnet, in exemplary embodiments, comprises at least one of a ceramic magnet, ferrite, or an alnico magnet. Exemplary coatings may be elastomeric, molded silicone, or anti-slip coatings. In another exemplary embodiment, a plurality of mounting pads are attached to a surface of said weight defined by an annular surface of said magnet.