Abstract: A method includes determining initial load distribution data for a cargo area in an aircraft based on an estimated total weight of unloaded items. The cargo area includes a plurality of zones. The initial load distribution data includes a recommended weight for each of the zones and an estimated center of gravity (CG) for the aircraft as loaded with the items. The method includes displaying the initial load distribution data, acquiring a first weight value for a first set of items, and determining that the first set of items has been loaded into a first zone. The method includes determining updated load distribution data based on the first weight value and the location of the first zone in the aircraft. The updated load distribution data includes an updated recommended weight for each of the zones and an updated CG. The method includes displaying the updated load distribution data.

Abstract: A method includes determining initial load distribution data for a cargo area in an aircraft based on an estimated total weight of unloaded items. The cargo area includes a plurality of zones. The initial load distribution data includes a recommended weight for each of the zones and an estimated center of gravity (CG) for the aircraft as loaded with the items. The method includes displaying the initial load distribution data, acquiring a first weight value for a first set of items, and determining that the first set of items has been loaded into a first zone. The method includes determining updated load distribution data based on the first weight value and the location of the first zone in the aircraft. The updated load distribution data includes an updated recommended weight for each of the zones and an updated CG. The method includes displaying the updated load distribution data.

Abstract: Disclosed is an electrochemical cell comprising: an anode electrode, wherein the anode electrode comprises a conductive host material having a layered or a porous structure and comprising an amount of at least one zinc-alloying metal, wherein the conductive host material is configured to accommodate zinc metal deposition during a plating cycle and wherein the deposited zinc metal is substantially free of dendrites; an aqueous electrolyte; and wherein the anode electrode exhibits at least 50% utilization.

Abstract: A method includes determining initial load distribution data for a cargo area in an aircraft based on an estimated total weight of unloaded items. The cargo area includes a plurality of zones. The initial load distribution data includes a recommended weight for each of the zones and an estimated center of gravity (CG) for the aircraft as loaded with the items. The method includes displaying the initial load distribution data, acquiring a first weight value for a first set of items, and determining that the first set of items has been loaded into a first zone. The method includes determining updated load distribution data based on the first weight value and the location of the first zone in the aircraft. The updated load distribution data includes an updated recommended weight for each of the zones and an updated CG. The method includes displaying the updated load distribution data.

Abstract: In an example implementation according to aspects of the present disclosure, a method may include receiving, on a touch sensitive mat of a computing system, a touch input associated with a first event type. The method further includes determining whether to transform the touch input associated with the first event type to a different event type, and sending, to an application, the touch input associated with an event type based according to the determination.

Abstract: In an example implementation according to aspects of the present disclosure, a method may include receiving, on a touch sensitive mat of a computing system, a touch input associated with a first event type. The method further includes determining whether to transform the touch input associated with the first event type to a different event type, and sending, to an application, the touch input associated with an event type based according to the determination.

Abstract: In an example implementation according to aspects of the present disclosure, a method may include receiving, on a touch sensitive mat of a computing system, a touch input associated with a first event type. The method further includes determining whether to transform the touch input associated with the first event type to a different event type, and sending, to an application, the touch input associated with an event type based according to the determination.

Abstract: In an example implementation according to aspects of the present disclosure, a method may include receiving, on a touch sensitive mat of a computing system, a touch input associated with a first event type. The method further includes determining whether to transform the touch input associated with the first event type to a different event type, and sending, to an application, the touch input associated with an event type based according to the determination.

Abstract: A method for enabling a third party to dynamically reskin information displayed at a primary user device associated with a user account includes: transmitting a user interface template to a third party device, receiving assets from the third party device, delivering a bundle to a user device, and presenting the user interface based on the bundle.

Abstract: A method for smartwatch control, including: displaying content from a first content stream at face of the smartwatch, the face including a touchscreen coaxially arranged with a display; tracking a user gesture at the touchscreen; in response to user gesture categorization as a radially inward gesture, setting a second content stream as active, wherein the second content stream is different from the first content stream; and in response to user gesture categorization as a radially outward gesture, determining a direction of the user gesture, in response to the direction being a first direction, performing a positive action on the displayed content and in response to the direction being a second direction opposing the first, performing a negative action on the displayed content.

Abstract: A magnetic coupling system for electromagnetically connecting an electric device to a mounting system, including: a first interface comprising a first plurality of magnetic elements and a first induction coil defining a first central axis, the first interface connected to the electric device; and a second interface comprising a second plurality of magnetic elements and a second induction coil defining a second central axis, the second interface connected to the mounting system, wherein magnetic attraction between the first and second plurality of magnetic elements biases the first interface toward the second interface and transiently retains the first and second induction coils in a substantially coaxial relationship.