Abstract: A method of operating one or more digital signs is disclosed. The method includes reading a sign identifier using a hand-held scanner, reading a product identifier associated with a retail product using the hand-held scanner, and transmitting, from the hand-held scanner to a server, the sign identifier and the product identifier to cause the server to route to a digital sign identified by the sign identifier an advertisement related to the retail product based on the product identifier.

Abstract: A system having a display-data server is disclosed. The display-data server is configured to receive from a hand-held scanner a product identifier that identifies a retail product, receive from the hand-held scanner a sign identifier that identifies a digital sign, and route a display data to the digital sign identified by the sign identifier. Other systems are disclosed.

Abstract: Methods and systems for tracking locations of a plurality of devices include initializing a computing device with a site floor plan. One or more electronic devices transmit ranging information to the computing device and their initial locations are marked on the site floor plan. Upon movement of the devices to subsequent locations, and further transmission of ranging information, the site floor plan shows movement of the devices between positions for display to a user.

Abstract: It is a first aspect of the present disclosure to provide a computer implemented method of enabling, by a mobile device, a peripheral device connected to a network that includes establishing a connection with the peripheral device when the peripheral device fails to communicate with the network; querying the peripheral device for a document; receiving a document from the peripheral device; processing the document; and sending the processed document to the peripheral device.

Abstract: Methods and systems for tracking locations of a plurality of devices includes initializing a server with a site floor plan, receiving ranging information transmitted by one or more devices of the plurality of devices at the server, creating a multi-dimensional map of locations of the plurality of devices based on ranging information using a location engine, and calibrating the multi-dimensional map of locations to the site floor plan calibrated with geospatial coordinates. Upon movement of a device from a first to a second location, ranging information changes between devices and maps, relative locations and absolute locations are updated.

Abstract: A computer implemented method of enabling a mobile device connected to a network that includes establishing a connection with the peripheral device when the mobile device fails to connect to the network; transmitting a document to the peripheral device for processing; receiving the processed document from the peripheral device; storing the processed document in a memory of the mobile device; and sending the processed document to a remote storage location once the mobile device is determined to be actively communication with the network.

Abstract: A computing device display shows an actual location of an imaging device as configured in a computing system environment. An acceptance zone about a planned location of the imaging device visually conveys to a user whether or not the imaging device exists within a predetermined distance. If not, service level or other agreements specifying the location of the imaging device can be adjusted or the imaging device can be moved into compliance with the agreements. Alerts can be broadcast upon non-compliance or if the imaging device changes location. The display can be configured to show the imaging device with geospatial coordinates, within a building, superimposed on a map, such as a building floor plan, etc. Other embodiments note computing environments, deltas between locations, and various administrative tools.

Abstract: Methods and systems fir tracking locations of a plurality of devices includes initializing a server with a site floor plan, receiving ranging information transmitted by one or more devices of the plurality of devices at the server, creating a multi-dimensional map of locations of the plurality of devices based on ranging information using a location engine, and calibrating the multi-dimensional map of locations to the site floor plan calibrated with geospatial coordinates. Upon movement of a device from a first to a second location, ranging information changes between devices and maps relative locations and absolute locations are updated.

Abstract: A mobile computing device hosts an operating system and mobile applications. A calibrating application causes display of an interface for entry of administrative data regarding an asset to-be-tracked. A positioning system defines locations of the asset in geospatial coordinates. The calibrating application displays a mapping function that shows on a map an initial location of the asset. Users adjust the initial location to a proper location on the map with a hand gesture on a display surface of the mobile computing device. A delta is noted between the initial and proper locations that the calibrating application applies later during tracking of the asset to precisely establish a whereabouts of the asset in its tracking environment. Other embodiments note techniques for entering administrative data.

Abstract: A mobile computing device hosts an operating system and mobile applications. A calibrating application causes display of an interface for entry of administrative data regarding an asset to-be-tracked. A positioning system defines locations of the asset in geospatial coordinates. The calibrating application displays a mapping function that shows on a map an initial location of the asset. Users adjust the initial location to a proper location on the map with a hand gesture on a display surface of the mobile computing device. A delta is noted between the initial and proper locations that the calibrating application applies later during tracking of the asset to precisely establish a whereabouts of the asset in its tracking environment. Other embodiments note techniques for entering administrative data.

Abstract: It is a first aspect of the present disclosure to provide a computer implemented method of enabling, by a mobile device, a peripheral device connected to a network that includes establishing a connection with the peripheral device when the peripheral device fails to communicate with the network; querying the peripheral device for a document; receiving a document from the peripheral device; processing the document; and sending the processed document to the peripheral device.

Abstract: A method of printing at an imaging device includes initiating a search for a server registered to a domain using zero configuration networking, receiving a print job associated with a user account from the server and printing the print job.

Abstract: A method for print job retrieval from the cloud includes sending one or more files to a storage location, receiving the storage location identifier where the one or more files is stored, encoding the storage location identifier into a barcode, scanning the barcode, decoding the barcode to obtain the storage location identifier, retrieving the one or more files from the storage location and processing the one or more files.

Abstract: A method for configuring a mobile device that includes retrieving encoded access information from an imaging device, decoding the encoded access information, and configuring the mobile device to communicate with the imaging device in accordance with the decoded access information. The imaging device and the mobile device may operate on different subnets of a network.