Abstract: Embodiments include hardware and/or software for manufacturing a removable plate having a medium, to be integral to a casing for a processor-based device. Integrating the removable plate in or on the casing facilitates access to the medium and the data stored on the medium by providing storage in a location that is convenient and local to the processor-based device. The removable plate may include a first surface designed to cover a portion of the processor-based device and a second surface to be covered by the first surface when integrated with the casing, to provide access to the medium. The removable plate may also include any other types of media that can communicatively couple with the processor-based device directly, or indirectly through, e.g., a computer network.

Abstract: Display time for a billboard message is varied in proportion to measured speed of one or more vehicles. This may include varying not only the time a message is presented on the billboard, but also varying the density of the message. An overall message may be broken into segments displayed a sequence of billboards depending on the speed, e.g., for a faster moving vehicle the message has more segments. If the speed of a vehicle is great enough, the message segments are also reduced to fewer words or graphics, which may also be larger. Also, clusters of vehicles are detected and a billboard message display is varied in response to the clusters, which may include display time or segmentation variation, so as to more nearly optimize the number of persons who are able to see the message. Further, a billboard is rotated per vehicle speed, distance, length or clusters.

Abstract: Embodiments include hardware and/or software for manufacturing a removable plate having a medium, to be integral to a casing for a processor-based device. Integrating the removable plate in or on the casing facilitates access to the medium and the data stored on the medium by providing storage in a location that is convenient and local to the processor-based device. The removable plate may include a first surface designed to cover a portion of the processor-based device and a second surface to be covered by the first surface when integrated with the casing, to provide access to the medium. The removable plate may also include any other types of media that can communicatively couple with the processor-based device directly, or indirectly through, e.g., a computer network.

Abstract: Methods 300 and systems 100 are provided for notifying a mobile telephone user of an incoming call in a loud ambient environment. A call notification system registers mobile devices located within the boundary of the area it serves, and couples to the mobile devices using a short range communication technology such as Bluetooth. Upon detecting an incoming call, the mobile device alerts the notification system after a predetermined number of rings. After a predetermined number of rings the notification system, in turn, presents an incoming call notification using visual cues or audio cues to catch the user's attention.

Abstract: Embodiments include hardware and/or software for manufacturing a removable plate having a medium, to be integral to a casing for a processor-based device. Integrating the removable plate in or on the casing facilitates access to the medium and the data stored on the medium by providing storage in a location that is convenient and local to the processor-based device. The removable plate may include a first surface designed to cover a portion of the processor-based device and a second surface to provide access to the medium. The removable plate may also include any other types of media that can communicatively couple with the processor-based device directly, or indirectly through, e.g., a computer network.

Abstract: Methods, systems, and media to mount one or more components to a hardware casing are disclosed. Embodiments include hardware and/or software for determining a pattern of interconnects to apply to an interior surface of the hardware casing. The pattern includes at least one independent path for transmitting a signal between the components. The pattern of interconnects is then applied to the interior surface, the application being configured for the topography of the interior surface to couple the components with the pattern of interconnects. In many embodiments, the components may then be mounted to the casing and interconnected with the interconnects. And, in some embodiments the pattern of interconnects may be coupled with a circuit board having additional components.

Abstract: Methods, systems, and media to mount one or more components to a hardware casing are disclosed. Embodiments include hardware and/or software for determining a pattern of interconnects to apply to an interior surface of the hardware casing. The pattern includes at least one independent path for transmitting a signal between the components. The pattern of interconnects is then applied to the interior surface, the application being configured for the topography of the interior surface to couple the components with the pattern of interconnects. In many embodiments, the components may then be mounted to the casing and interconnected with the interconnects. And, in some embodiment, the pattern of interconnects may be coupled with a circuit board having additional components.