Abstract: Garments include a fluid retention assembly coupled to an interior side of a garment base, with said coupling not being present on an exterior side of the garment base. The fluid retention assembly includes two fluid-retention zones of different absorbencies. One or more fluid retention assemblies may be located anywhere on the garment, without being limited to positioning near edges or apertures. A moisture-impermeable layer of the fluid retention assembly separates the interior side of the garment base from the fluid retention zones, such that the moisture-impermeable layer is configured to restrict and/or at least substantially prevent fluid from exiting the fluid retention assembly to the exterior side of the garment base.

Abstract: One embodiment of a method for monitoring performance of a trained machine learning model includes receiving at least one of one or more first inputs or one or more first outputs of the trained machine learning model during a first time period, receiving at least one of one or more second inputs or one or more second outputs of the trained machine learning model during a second time period, and computing a data drift score based on the at least one of the one or more first inputs or the one or more first outputs, the at least one of the one or more second inputs or the one or more second outputs, and a predefined policy.

Abstract: Garments include a fluid retention assembly coupled to an interior side of a garment base, with said coupling not being present on an exterior side of the garment base. The fluid retention assembly includes two fluid-retention zones of different absorbencies. One or more fluid retention assemblies may be located anywhere on the garment, without being limited to positioning near edges or apertures. A moisture-impermeable layer of the fluid retention assembly separates the interior side of the garment base from the fluid retention zones, such that the moisture-impermeable layer is configured to restrict and/or at least substantially prevent fluid from exiting the fluid retention assembly to the exterior side of the garment base.

Abstract: Garments comprise a plurality of adhesive bonds within a bonded region of the garment; a garment base that defines a garment lateral edge; and a moisture capture assembly bonded to the garment base within the bonded region. The moisture capture assembly comprises a moisture retention portion configured to absorb and retain moisture; and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion. The bonded region extends fully around a perimeter of the moisture capture assembly, and the moisture capture assembly and the bonded region do not extend to the garment lateral edge.

Abstract: Reusable absorbent accessories are configured to be worn by a wearer, are configured to be washed and re-worn numerous times, and comprise adhesive bonds within a bonded region; a base; a moisture capture assembly bonded to the base within the bonded region and comprising a moisture retention portion configured to absorb and retain moisture from the wearer, and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion and positioned toward the assembly exterior side of the moisture capture assembly relative to the moisture retention portion.

Abstract: Reusable absorbent accessories are configured to be worn by a wearer, are configured to be washed and re-worn numerous times, and comprise adhesive bonds within a bonded region; a base; a moisture capture assembly bonded to the base within the bonded region and comprising a moisture retention portion configured to absorb and retain moisture from the wearer, and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion and positioned toward the assembly exterior side of the moisture capture assembly relative to the moisture retention portion.

Abstract: Garments comprise a plurality of adhesive bonds within a bonded region of the garment; a garment base that defines a garment lateral edge; and a moisture capture assembly bonded to the garment base within the bonded region. The moisture capture assembly comprises a moisture retention portion configured to absorb and retain moisture; and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion. The bonded region extends fully around a perimeter of the moisture capture assembly, and the moisture capture assembly and the bonded region do not extend to the garment lateral edge.

Abstract: A lighting device (10) is disclosed comprising a light engine (12) comprising at least one solid state lighting element (11); a controller (100) for controlling a dimming level of the light engine; a wireless communication module (16) communicatively coupled to the controller for receiving a wireless dimming instruction from a wireless controller (20); and a further communication module (15) communicatively coupled to the controller for connecting to a wired communication channel and for receiving a further dimming instruction from a further controller (30) wired to the further communication module through the wired communication channel; wherein the controller is adapted to independently control the dimming level of the light engine in response to the wireless dimming instruction and the further dimming instruction.